mhurhangee/patent-ind-claim-en huggingface dataset:
A shaver bur , comprising: an inner assembly having an inner hub with an inner tube extending distally therefrom, the inner tube terminating in a distal bur tip ; an outer assembly having an outer hub with an outer tube extending distally therefrom; wherein the inner tube is moveable within the outer tube between a retracted position and an extended position; a deployment mechanism connected to the outer hub , the deployment mechanism movable in a first direction and a second direction; and wherein moving the deployment mechanism in a first direction moves the inner tube to the extended position and moving the deployment mechanism in a second direction moves the inner tube to the retracted position; characterized in that the outer hub comprises one or more slots extending at least partially through it, the shaver bur further comprises a magnet retainer connected between the inner hub and the outer hub and comprising one or more stems extending from it; each of the one or more stems extends through one of the one or more slots in the outer hub ; the deployment mechanism abuts the one or more stems of the magnet retainer ; and moving the deployment mechanism in the second direction moves the deployment mechanism against the magnet retainer and moves the inner assembly axially in the proximal direction. an inner assembly having an inner hub with an inner tube extending distally therefrom, the inner tube terminating in a distal bur tip ; an outer assembly having an outer hub with an outer tube extending distally therefrom; wherein the inner tube is moveable within the outer tube between a retracted position and an extended position; a deployment mechanism connected to the outer hub , the deployment mechanism movable in a first direction and a second direction; and wherein moving the deployment mechanism in a first direction moves the inner tube to the extended position and moving the deployment mechanism in a second direction moves the inner tube to the retracted position; characterized in that the outer hub comprises one or more slots extending at least partially through it, the shaver bur further comprises a magnet retainer connected between the inner hub and the outer hub and comprising one or more stems extending from it; each of the one or more stems extends through one of the one or more slots in the outer hub ; the deployment mechanism abuts the one or more stems of the magnet retainer ; and moving the deployment mechanism in the second direction moves the deployment mechanism against the magnet retainer and moves the inner assembly axially in the proximal direction.
A crankshaft assembly for an air compressor for a vehicle comprising: a crankshaft , the crankshaft comprising: a first segment ; a second segment having an outside diameter (d1) at a distal end; a cavity extending into the second segment at the distal end, the cavity comprising: a first portion having first inner diameter (d2); and a second portion having a second inner diameter (d3), wherein the second inner diameter (d3) is less than the first inner diameter (d2), characterized by a linear passage in the second segment , wherein the linear passage does not intersect the cavity ; and an insert (20; 20') having a first end (21; 21') with a first insert diameter (d5) and a second end (26; 26') with a second insert diameter (d4), wherein the insert (20; 20') is sized to be matingly engaged in the cavity , and where the insert (20; 20') is substantially flush with the distal end of the second segment of the crankshaft . a crankshaft , the crankshaft comprising: a first segment ; a second segment having an outside diameter (d1) at a distal end; a cavity extending into the second segment at the distal end, the cavity comprising: a first portion having first inner diameter (d2); and a second portion having a second inner diameter (d3), wherein the second inner diameter (d3) is less than the first inner diameter (d2), a first segment ; a second segment having an outside diameter (d1) at a distal end; a cavity extending into the second segment at the distal end, the cavity comprising: a first portion having first inner diameter (d2); and a second portion having a second inner diameter (d3), wherein the second inner diameter (d3) is less than the first inner diameter (d2), a first portion having first inner diameter (d2); and a second portion having a second inner diameter (d3), wherein the second inner diameter (d3) is less than the first inner diameter (d2), characterized by a linear passage in the second segment , wherein the linear passage does not intersect the cavity ; and an insert (20; 20') having a first end (21; 21') with a first insert diameter (d5) and a second end (26; 26') with a second insert diameter (d4), wherein the insert (20; 20') is sized to be matingly engaged in the cavity , and where the insert (20; 20') is substantially flush with the distal end of the second segment of the crankshaft .
Vacuum cleaner having a vacuum cleaner outer housing and a filter device for cleaning an exhaust air flow by means of a filter arrangement , comprising: a housing for receiving the filter arrangement downstream of an exhaust air inlet of the housing , wherein the housing downstream of the filter arrangement which can be received therein has an exhaust air outlet for the exhaust air flow , wherein the exhaust air outlet is coupled via a plurality of air guide ribs to a detensioning area for the exhaust air flow arranged downstream of the exhaust air outlet , wherein the air guide ribs are arranged parallel to each other in a transition area from the exhaust air outlet to the detensioning area in order to rectify the air flowing to the detensioning area , and wherein the detensioning area is arranged in front of an outer outlet with outlet ribs of the vacuum cleaner outer housing , characterised in that the filter arrangement has an air guide rib which is circumferentially arranged on a downstream side of an air filter and is designed to guide the exhaust air flow from the air filter to an air-permeable sound absorber arranged downstream in series to the air filter .
A portable electronic navigational aid , comprising - a radio frequency, preferably millimeter wave, radar with at least one transmitting, TX, channel and a plurality of receiving, RX, channels, - at least one orientation sensor configured to obtain data indicative of the orientation of the radar, and - a processing element configured to adaptively control the beamforming of the radar based on the data provided by the orientation sensor. - a radio frequency, preferably millimeter wave, radar with at least one transmitting, TX, channel and a plurality of receiving, RX, channels, - at least one orientation sensor configured to obtain data indicative of the orientation of the radar, and - a processing element configured to adaptively control the beamforming of the radar based on the data provided by the orientation sensor.
A robotized bed comprising: a robotic arm which includes two movable elements, a first moveable element and a second moveable element , coupled together at one of their end portions by a horizontally-rotating joint ; and a table for placing a patient rotatably supported by a distal end of the robotic arm, wherein the robotized bed is configured so that the table and the robotic arm do not come in contact with each other, when the robotic arm rotates the table while the table is maintained parallel to a horizontal plane in a state which the robotic arm takes an arbitrary posture, and the robotized bed is configured to take a posture in which the robotic arm is hidden in its entirety under the table when viewed from vertically above. a robotic arm which includes two movable elements, a first moveable element and a second moveable element , coupled together at one of their end portions by a horizontally-rotating joint ; and a table for placing a patient rotatably supported by a distal end of the robotic arm, wherein the robotized bed is configured so that the table and the robotic arm do not come in contact with each other, when the robotic arm rotates the table while the table is maintained parallel to a horizontal plane in a state which the robotic arm takes an arbitrary posture, and the robotized bed is configured to take a posture in which the robotic arm is hidden in its entirety under the table when viewed from vertically above.
A light emitting strip , comprising: an elongate body ; at least one light source adapted to emit light into the elongate body; and a gap in the elongate body, which gap is arranged in front of the at least one light source, wherein the gap is adapted to omnidirectionally distribute, in a plane perpendicular to a longitudinal direction of the light emitting strip, light emitted by the at least one light source and, characterised in that said light emitting strip is having a first interface between the elongate body and the gap, which first interface is proximal to the at least one light source and dual arches-shaped, and a second interface between the elongate body and the gap, which second interface is distal to the at least one light source. an elongate body ; at least one light source adapted to emit light into the elongate body; and a gap in the elongate body, which gap is arranged in front of the at least one light source, wherein the gap is adapted to omnidirectionally distribute, in a plane perpendicular to a longitudinal direction of the light emitting strip, light emitted by the at least one light source and, characterised in that said light emitting strip is having a first interface between the elongate body and the gap, which first interface is proximal to the at least one light source and dual arches-shaped, and a second interface between the elongate body and the gap, which second interface is distal to the at least one light source.
A grounds maintenance vehicle comprising: a frame comprising a front end and a rear end ; first and second drive members connected to opposite sides of the frame and adapted to propel the vehicle over a ground surface; a traction and steering control system adapted to independently provide power to each of the first and second drive members ; first and second control inputs ; and first and second input sensors adapted to detect manipulation of the first and second control inputs , respectively, and generate first and second input signals, respectively; characterized by : an electronic controller adapted to receive the first and second input signals and a signal representing one or more operational parameters of the vehicle, wherein the controller is adapted to generate output commands to the traction and steering control system based upon the first and second input signals and the signal representing the one or more operational parameters, and wherein the one or more operational parameters comprises a parameter selected from either or both of: a torque detected at one or both of the first and second drive members ; and a torque limitation detected at one or both of the first and second drive members. a frame comprising a front end and a rear end ; first and second drive members connected to opposite sides of the frame and adapted to propel the vehicle over a ground surface; a traction and steering control system adapted to independently provide power to each of the first and second drive members ; first and second control inputs ; and first and second input sensors adapted to detect manipulation of the first and second control inputs , respectively, and generate first and second input signals, respectively; characterized by : an electronic controller adapted to receive the first and second input signals and a signal representing one or more operational parameters of the vehicle, wherein the controller is adapted to generate output commands to the traction and steering control system based upon the first and second input signals and the signal representing the one or more operational parameters, and wherein the one or more operational parameters comprises a parameter selected from either or both of: a torque detected at one or both of the first and second drive members ; and a torque limitation detected at one or both of the first and second drive members.
A method of controlling a remote device by a host device for at least one mobile device comprising the following steps: - identifying , by the host device, at least one mobile device in interaction with it via an interacting surface of the host device, the mobile device being of substantially cubic shape, having six faces, and comprising four solenoids, each face being associated with two solenoids positioned in two opposite corners of each face, such that when a face of the device is in contact with the interacting surface, only the two solenoids positioned at the two opposite corners of that face are detected by the host device; - accessing a look-up table associated with said at least one identified mobile device, said look-up table associating at least one command for said remote device with at least one position on said interacting surface, - determining , by the host device, a current position of said at least one mobile device relative to said interacting surface of the host station by means of at least one electrical signal induced by at least one inductor magnetic field in at least one electrical circuit of the host device associated with said interacting surface, - determining a current command of said remote device, according to said current position, by means of said look-up table, and - controlling said remote device by means of said current command. - identifying , by the host device, at least one mobile device in interaction with it via an interacting surface of the host device, the mobile device being of substantially cubic shape, having six faces, and comprising four solenoids, each face being associated with two solenoids positioned in two opposite corners of each face, such that when a face of the device is in contact with the interacting surface, only the two solenoids positioned at the two opposite corners of that face are detected by the host device; - accessing a look-up table associated with said at least one identified mobile device, said look-up table associating at least one command for said remote device with at least one position on said interacting surface, - determining , by the host device, a current position of said at least one mobile device relative to said interacting surface of the host station by means of at least one electrical signal induced by at least one inductor magnetic field in at least one electrical circuit of the host device associated with said interacting surface, - determining a current command of said remote device, according to said current position, by means of said look-up table, and - controlling said remote device by means of said current command.
A hole forming method for forming a hole in a film (100-103), the hole forming method comprising: a first step of applying a first voltage (V1) between a first electrode and a second electrode , installed so as to sandwich the film (100-103) provided in an electrolyte , and stopping the application of the first voltage (V1) when a current (lab) flowing between the first electrode and the second electrode reaches a first threshold current (Ith1) so as to form a thin film portion in a part of the film (100-103); and a second step of applying a second voltage (V2; Vp) between the first electrode and the second electrode after the first step so as to form a nanopore in the thin film portion, wherein in the second step, the application of the second voltage (V2; Vp) is stopped when the current (lab) flowing between the first electrode and the second electrode reaches a second threshold current (Ith2). a first step of applying a first voltage (V1) between a first electrode and a second electrode , installed so as to sandwich the film (100-103) provided in an electrolyte , and stopping the application of the first voltage (V1) when a current (lab) flowing between the first electrode and the second electrode reaches a first threshold current (Ith1) so as to form a thin film portion in a part of the film (100-103); and a second step of applying a second voltage (V2; Vp) between the first electrode and the second electrode after the first step so as to form a nanopore in the thin film portion, wherein in the second step, the application of the second voltage (V2; Vp) is stopped when the current (lab) flowing between the first electrode and the second electrode reaches a second threshold current (Ith2).
A compound for an organic electroluminescent device comprising a compound represented by the following general formula : wherein X is independently a methine group substituted with a six-membered aromatic group, an unsubstituted methine group, or a nitrogen, Y is independently a substituted or unsubstituted methine group, and -NAr 4 Ar 5 and -NAr 6 Ar 7 each is a carbazolyl group, with the proviso that the following compounds are excluded:
A conditional domain name system (CDNS) associated with an access point of a data communication network, said system comprising: a DNS query detector to detect a DNS query generated by a data client device communicatively coupled to the access point, wherein the DNS query is addressed to an external DNS and requests a network address of a given networked data resource; control logic circuitry to search a functionally associated data repository or cache for a conditional DNS record relating to the given networked data resource, wherein the conditional DNS record includes or links with: (a) an identifier or designator of the given networked data resource, (b) a given network address for the given networked data resource, and (c) a definition of a condition under which said CDNS will provide the given network address as a response to a DNS query for the given networked data resource,and further comprising a condition checking unit (CCU) to parse a condition definition associated with a conditional DNS record and to generate data packets configured to check whether the defined condition is met, and further comprising a conditional DNS Request Response Unit (CDNSRU) to generate a response to a detected DNS query at least partially based on an outcome of a verification of a condition definition associated with an identified conditional DNS record, wherein verification includes checking whether the defined condition is met, characterized in that a defined condition associated with a conditional DNS record relates to authentication requirements of the networked data resource designated within the conditional DNS record.
A double-stranded nucleic acid (dsNA) comprising first and second nucleic acid strands forming a duplex structure wherein said first strand is 15-35 nucleotides in length and said second strand is 19-35 nucleotides in length and wherein said dsNA is complementary to the target HAO1 mRNA sequence as set forth in SEQ. ID. NO: 1823 along at least 19 consecutive nucleotides of said second strand and reduces HAO1 target mRNA expression when introduced into a mammalian cell which expresses said mRNA in vivo.
An image restoration method comprising: obtaining input data comprising a respective input image for each of a plurality of viewpoints; estimating a respective global transformation parameter of each of the plurality of viewpoints based on the obtained input data; estimating respective disparity of each of the plurality of viewpoints based on the obtained input data; generating respective warped image for each of the plurality of viewpoints by warping the respective input image using the respective global transformation parameter and the respective disparity; and generating , using an image restoration model , an output image from the generated respective warped image for each of the plurality of viewpoints, wherein the estimating the respective global transformation parameter comprises performing a global pooling operation for removing a spatial dimension component from the input data, and obtaining the respective global transformation parameter based on the input data having removed the spatial dimension component. obtaining input data comprising a respective input image for each of a plurality of viewpoints; estimating a respective global transformation parameter of each of the plurality of viewpoints based on the obtained input data; estimating respective disparity of each of the plurality of viewpoints based on the obtained input data; generating respective warped image for each of the plurality of viewpoints by warping the respective input image using the respective global transformation parameter and the respective disparity; and generating , using an image restoration model , an output image from the generated respective warped image for each of the plurality of viewpoints, wherein the estimating the respective global transformation parameter comprises performing a global pooling operation for removing a spatial dimension component from the input data, and obtaining the respective global transformation parameter based on the input data having removed the spatial dimension component.
A device for the thermal treatment, in particular continuous, of a starch suspension , comprising a container for preparing the starch suspension , a treatment section adjacent to the container for the thermal treatment of the starch suspension and a holding tank for the temporary storage of the treated starch suspension , characterized in that at least one heat exchanger is provided along the treatment section , through which the starch suspension can be passed prior to the thermal treatment and through which it can be conducted to the holding tank after the thermal treatment, exchanging heat with starch suspension which is subsequently passed through.
A transmitter comprising: a first transmission circuit and a second transmission circuit having at least one common circuit; and a controller which generates first digital data , a plurality of first bits being arranged sequentially in the first digital data and outputs the first digital data to the first transmission circuit , and generates second digital data different from the first digital data, a plurality of second bits being arranged sequentially in the second digital data and outputs the second digital data to the second transmission circuit , wherein outputs of the first transmission circuit and the second transmission circuit are transmitted from a pair of antennas spatially orthogonal to each other to generate a radio wave having a polarized wave rotating orthogonally to a propagation direction, characterized in that the controller further generates digital data as the second digital data, having a part cyclically different from the first digital data, wherein the first digital data and the second digital data provide bit streams having the same odd bits and inverted even bits to be simultaneously output to the first transmission circuit and the second transmission circuit , respectively. a first transmission circuit and a second transmission circuit having at least one common circuit; and a controller which generates first digital data , a plurality of first bits being arranged sequentially in the first digital data and outputs the first digital data to the first transmission circuit , and generates second digital data different from the first digital data, a plurality of second bits being arranged sequentially in the second digital data and outputs the second digital data to the second transmission circuit , wherein outputs of the first transmission circuit and the second transmission circuit are transmitted from a pair of antennas spatially orthogonal to each other to generate a radio wave having a polarized wave rotating orthogonally to a propagation direction, characterized in that the controller further generates digital data as the second digital data, having a part cyclically different from the first digital data, wherein the first digital data and the second digital data provide bit streams having the same odd bits and inverted even bits to be simultaneously output to the first transmission circuit and the second transmission circuit , respectively.