mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration cycle device which comprises: a casing having a first opening and a second opening, one of which is an inlet and the other of which is an outlet, and having therein an air course providing communication between the first opening and the second opening; and a refrigerant circuit provided in the air course in the casing and filled with a refrigerant having a higher concentration than air under atmospheric pressure, characterized in that the casing has a plurality of third openings providing communication between the air course and outside of the casing, the third openings are arranged below the refrigerant circuit, and lower edges of the third openings are located below lower edges of the first opening and the second opening, the third openings are at least vertically arranged, and for the third openings, a total area of an opening group in a relatively vertically lower position is smaller than a total area of an opening group in a relatively vertically upper position, and the device further comprises diffusion means configured to diffuse the refrigerant leaking from the refrigerant circuit and flowing from the air course through the third openings out of the casing. a casing having a first opening and a second opening, one of which is an inlet and the other of which is an outlet, and having therein an air course providing communication between the first opening and the second opening; and a refrigerant circuit provided in the air course in the casing and filled with a refrigerant having a higher concentration than air under atmospheric pressure, characterized in that the casing has a plurality of third openings providing communication between the air course and outside of the casing, the third openings are arranged below the refrigerant circuit, and lower edges of the third openings are located below lower edges of the first opening and the second opening, the third openings are at least vertically arranged, and for the third openings, a total area of an opening group in a relatively vertically lower position is smaller than a total area of an opening group in a relatively vertically upper position, and the device further comprises diffusion means configured to diffuse the refrigerant leaking from the refrigerant circuit and flowing from the air course through the third openings out of the casing.
A repeated type organ fixing instrument having a plurality of suturing tools (20, 20a to 20c) comprising a rod-shaped engaging portion (21, 21a to 21c), a suture (22, 22a to 22c) fixed to the engaging portion (21, 21a to 21c), a puncture needle for housing a plurality of the engaging portions (21, 21a to 21c), wherein the plurality of the engaging portions (21, 21a to 21c) are extruded one by one from the puncture needle by the operation of a operation unit main body, wherein the suture (22, 22a to 22c) fixed to at least one of the plurality of engaging portions (21, 21a to 21c) is inserted within the inside of the puncture needle, characterized in that the other suture (22, 22a to 22c) is derived from the inside to the outside of the puncture needle.
Method for recovering predeterminable plastic components of a specific plastic material or of a specific plastic composition from an unsorted or pre-sorted stream of recyclable material, wherein the predeterminable plastic components have been made distinguishable (V102; V1003) from other plastic components of the same plastic material or of the same plastic composition on the basis of at least one primary marker introduced during the production and/or use of the plastic material, and, and wherein the method comprises at least one separation step (V109; V1011), in which the stream of recyclable material is separated on the basis of a first separation criterion into a first recyclate stream comprising the predeterminable plastic components and a first partial stream, the separation criterion being based at least partially on properties of the primary marker, and the stream of recyclable material comprises thermoplastics or preferably consists at least substantially of thermoplastics and is extruded by melt extrusion to form thermoplastic strands or films and the strands or films are broken up into particles, in particular strand sections or film sections (V107; V1009), characterised in that the extrusion and break-up (V107; V1009) takes place before the first separation step, and the particles are fluidised (V108; V1010) following the extrusion and break-up (V107; V1009) by introduction into a stream of fluidising medium., and wherein the method comprises at least one separation step (V109; V1011), in which the stream of recyclable material is separated on the basis of a first separation criterion into a first recyclate stream comprising the predeterminable plastic components and a first partial stream, the separation criterion being based at least partially on properties of the primary marker, and the stream of recyclable material comprises thermoplastics or preferably consists at least substantially of thermoplastics and is extruded by melt extrusion to form thermoplastic strands or films and the strands or films are broken up into particles, in particular strand sections or film sections (V107; V1009), characterised in that the extrusion and break-up (V107; V1009) takes place before the first separation step, and the particles are fluidised (V108; V1010) following the extrusion and break-up (V107; V1009) by introduction into a stream of fluidising medium.
Matrix display with sequential display of colours, of the active matrix type, comprising pixels arranged according to N rows and m columns, wherein the N rows are distributed into n groups (GB1, GB2, GB3) with n equal to or greater than 2 and each pixel column (COL 1) comprises n column conductors (c 1,1, c 1,2, C 1,3) enabling a write selection of the pixels of n rows in parallel, one row per group, the pixels of each one of the n write selected rows each receiving a corresponding data item by a respective column conductor, characterised in that the n write selected rows in parallel comprise at least two successive rows of the display, corresponding the one to a first group and the other to a second group, and both successive rows (Row 1, Row 1) share the same connection line (r-t) of the grids of the pixels in the matrix, connection line that forms the row selection line for said two successive rows.
An electrode assembly, characterized by comprising a first electrode plate and a second electrode plate; wherein the first electrode plate comprises a first current collector and a first active material layer, the first current collector comprises a first main body and a first tab, and the first tab extends from one end of the first main body in a longitudinal direction; the first main body comprises a first coated region and a first transition region, the first transition region is disposed between the first tab and the first coated region, the first active material layer is applied on a surface of the first coated region, and the first active material layer is not applied on both the first transition region and the first tab; the second electrode plate comprises a second current collector and a second active material layer, the second current collector comprises a second main body and a second tab, the second tab extends from one end of the second main body in the longitudinal direction, and the second active material layer is applied on a surface of the second main body; and in a direction of the first main body toward the first tab, an edge of the first transition region farther away from the first coated region does not extend beyond an edge of the second active material layer, and the edge of the first transition region farther away from the first coated region is a cutting edge for cutting the first tab. the first electrode plate comprises a first current collector and a first active material layer, the first current collector comprises a first main body and a first tab, and the first tab extends from one end of the first main body in a longitudinal direction; the first main body comprises a first coated region and a first transition region, the first transition region is disposed between the first tab and the first coated region, the first active material layer is applied on a surface of the first coated region, and the first active material layer is not applied on both the first transition region and the first tab; the second electrode plate comprises a second current collector and a second active material layer, the second current collector comprises a second main body and a second tab, the second tab extends from one end of the second main body in the longitudinal direction, and the second active material layer is applied on a surface of the second main body; and in a direction of the first main body toward the first tab, an edge of the first transition region farther away from the first coated region does not extend beyond an edge of the second active material layer, and the edge of the first transition region farther away from the first coated region is a cutting edge for cutting the first tab.
A sound-proofing device for a front portion of a dashboard of a vehicle, said device including a wall provided with a receiving area on which there is secured, by means of an adhesive, a sound-proofing sealing intended to be pressed in a substantially transverse direction against an inner face of a windscreen of said vehicle, characterized in that said receiving area includes at least one substantially transverse groove capable, in the event of detachment from the said receiving area, of a front portion of said sound-proofing sealing with a corresponding portion of said adhesive due to stresses induced by the pressing, of preventing a partial subsequent re-adhesion of this detached front portion in the presence of vibrations of said dashboard and/or of said windscreen.
Arrangement that is comprised as a part of a component (4.2) of an air-transport channel where the air-transport channel component (4.2) comprises two tubular elements, a first element and a second element where the second element has a diameter that is somewhat larger than that of the first element, which allows the first element to be inserted into the second element such that the two elements (7, 8) can be displaced relative to each other in a telescopic manner, the arrangement comprising a glide sleeve that is arranged between the first element and the second element, which glide sleeve comprises a first sleeve part that retains the glide sleeve at the second element, and the glide sleeve comprises a second sleeve part that makes contact with the first element under a force and which second sleeve part is united with the first sleeve part, and the arrangement comprising an arrangement for the transfer of force, arranged to transfer the force against the second sleeve part of the glide sleeve that is held in contact with the first element, wherein all parts of the second sleeve part are located in front of a first end (8.1) of the second element, the arrangement for the transfer of force interacts with a tension arrangement that is configured to make it possible to increase or decrease the force, whereby the second sleeve part makes contact with the first element under a force that can be adjusted, and which tension arrangement is also comprised as part of the arrangement, characterized in that the arrangement for the transfer of force is arranged in a hollow compartment in the glide sleeve, wherein the tension arrangement is arranged in the hollow compartment in the glide sleeve and the glide sleeve is provided with at least one opening that allows access to the arrangement for the transfer of force and to the tension arrangement.
An apparatus comprising means configured to: receive, at an autonomous vehicle, information at least indicative of at least a velocity, a position, and at least a portion of a current trajectory of at least one other autonomous vehicle; determine if a collision between the autonomous vehicle and at least one of the at least one other autonomous vehicle will occur, based, at least in part, on the received information at least indicative of at least a velocity, a position, and at least a portion of a current trajectory of at least one other autonomous vehicle and a velocity, a position and at least a portion of a current trajectory of the autonomous vehicle; and if it is determined that a collision will occur, to amend a costmap of the autonomous vehicle based, at least in part, on relative positioning and/or trajectories of the autonomous vehicle and the at least one of the at least one other autonomous vehicle to manipulate cost in the costmap in and/or around an area of a predicted collision zone.
A protein, which is one of the following (a)-(d): (a) a protein consisting of the amino acid sequence shown in SEQ ID NO: 18 or 20; (b) a protein comprising the amino acid sequence shown in SEQ ID NO: 18 or 20; (c) a protein having glycoalkaloid biosynthetic enzyme activity and comprising an amino acid sequence that has a deletion, substitution, insertion, or addition of 1 to 10 amino acids with respect to the amino acid sequence shown in SEQ ID NO: 18 or 20; (d) a protein having glycoalkaloid biosynthetic enzyme activity and comprising an amino acid sequence that has at least 85% sequence identity to SEQ ID NO: 18 or 20. (a) a protein consisting of the amino acid sequence shown in SEQ ID NO: 18 or 20; (b) a protein comprising the amino acid sequence shown in SEQ ID NO: 18 or 20; (c) a protein having glycoalkaloid biosynthetic enzyme activity and comprising an amino acid sequence that has a deletion, substitution, insertion, or addition of 1 to 10 amino acids with respect to the amino acid sequence shown in SEQ ID NO: 18 or 20; (d) a protein having glycoalkaloid biosynthetic enzyme activity and comprising an amino acid sequence that has at least 85% sequence identity to SEQ ID NO: 18 or 20.
An operating table accessory for use during surgery on a limb, comprising: a component to be mounted on an operating table and including a patient support; a floor-standing component including an articulated limb support; and cooperating locating features (118, 212) on the two components, adapted to locate the components relative to each other such that with the patient support supporting at least some of the weight of the patient, the articulated limb support is properly positioned to support and manipulate the limb; the cooperating locating features being so configured as to allow the table to be tilted relative to the floor-standing component while continuing to locate the components relative to each other. a component to be mounted on an operating table and including a patient support; a floor-standing component including an articulated limb support; and cooperating locating features (118, 212) on the two components, adapted to locate the components relative to each other such that with the patient support supporting at least some of the weight of the patient, the articulated limb support is properly positioned to support and manipulate the limb; the cooperating locating features being so configured as to allow the table to be tilted relative to the floor-standing component while continuing to locate the components relative to each other.
A method of automatic steering of electronic client devices accessing a network, the network having multiple access points, from a first one of the access points of the network to a different access point of the network, comprising: automatically identifying, by a network controller of the network, a pre-determined type of electronic client device gaining access to the network via wireless communications with the first one of the access points of the network, wherein the pre-determined type of electronic client device includes stationary low bandwidth, SLB, client devices that are stationary relative to a nearest access point of the network for at least a predetermined period of time, and that have bandwidth usage below a predetermined threshold over the predetermined period of time; and automatically designating, by the network controller, an electronic client device as a non-steerable SLB client device in a no-steer list of the network controller in response to identifying the electronic client device as the predetermined type of electronic client device, wherein, when the network controller selects the electronic client device for steering to the different access point of the network during a steering event, each electronic client device designated as non-steerable SLB client device in the no-steer list by the network controller is prevented from being steered and only electronic client devices that are not designated as non-steerable SLB client devices in the no-steer list are available as candidates to be steered. automatically identifying, by a network controller of the network, a pre-determined type of electronic client device gaining access to the network via wireless communications with the first one of the access points of the network, wherein the pre-determined type of electronic client device includes stationary low bandwidth, SLB, client devices that are stationary relative to a nearest access point of the network for at least a predetermined period of time, and that have bandwidth usage below a predetermined threshold over the predetermined period of time; and automatically designating, by the network controller, an electronic client device as a non-steerable SLB client device in a no-steer list of the network controller in response to identifying the electronic client device as the predetermined type of electronic client device, wherein, when the network controller selects the electronic client device for steering to the different access point of the network during a steering event, each electronic client device designated as non-steerable SLB client device in the no-steer list by the network controller is prevented from being steered and only electronic client devices that are not designated as non-steerable SLB client devices in the no-steer list are available as candidates to be steered.
Dimming apparatus for controlling the output of an alternating current-operated lighting apparatus with - a control facility (6 to 9 and 13) for operating the lighting apparatus by means of phase angle control, wherein - the control facility (6 to 9 and 13) possesses a bidirectional switch, which has two switching facilities (6, 7), for applying a supply alternating voltage to the lighting apparatus, wherein - the control facility (6 to 9 and 13) is embodied to switch on the two switching facilities (6, 7) together on every half-wave of the supply alternating voltage, characterised in that - the control facility (6 to 9 and 13) is embodied to switch off one of the two switching facilities (6, 7) before an anticipated current zero crossing, wherein the control facility (6 to 9 and 13) is designed to trigger the switching off of the one switching facility (6, 7) as a function of a most recently determined current zero crossing or as a function of a voltage zero crossing of the supply voltage, - a measurement facility (10 to 12) is connected to the control facility (6 to 9 and 13) to measure a voltage at the switched-off switching facility, and - the control facility (6 to 9 and 13) is embodied to determine a current zero crossing for the phase angle control on the basis of the measured voltage. - a control facility (6 to 9 and 13) for operating the lighting apparatus by means of phase angle control, wherein - the control facility (6 to 9 and 13) possesses a bidirectional switch, which has two switching facilities (6, 7), for applying a supply alternating voltage to the lighting apparatus, wherein - the control facility (6 to 9 and 13) is embodied to switch on the two switching facilities (6, 7) together on every half-wave of the supply alternating voltage, - the control facility (6 to 9 and 13) is embodied to switch off one of the two switching facilities (6, 7) before an anticipated current zero crossing, wherein the control facility (6 to 9 and 13) is designed to trigger the switching off of the one switching facility (6, 7) as a function of a most recently determined current zero crossing or as a function of a voltage zero crossing of the supply voltage, - a measurement facility (10 to 12) is connected to the control facility (6 to 9 and 13) to measure a voltage at the switched-off switching facility, and - the control facility (6 to 9 and 13) is embodied to determine a current zero crossing for the phase angle control on the basis of the measured voltage.
A method of manufacturing a surgical instrument or prosthesis comprising: injecting a first material into a first mould to form an interim component, portions of the interim component defining at least one channel; and injecting the second material into a second mould containing at least part of the channel of the interim component so that the channel is filled with the second material, characterized in that, the maximum wall thickness of the interim component being less than 5mm, and the maximum width of the at least one channel being less than 5mm, wherein the first material and the second material have similar structural properties and comprise the same plastic. injecting a first material into a first mould to form an interim component, portions of the interim component defining at least one channel; and injecting the second material into a second mould containing at least part of the channel of the interim component so that the channel is filled with the second material, characterized in that, the maximum wall thickness of the interim component being less than 5mm, and the maximum width of the at least one channel being less than 5mm, wherein the first material and the second material have similar structural properties and comprise the same plastic.
A method for mutually positioning a first pipe and a second pipe, in which a first set of jacks distributed about the first pipe and a second set of jacks distributed about the second pipe are used, the jacks (1, 2) of the first set and the second set being capable of being controlled independently of each other, characterized in that, with a plurality of geometric measurements of the internal diameter and the thickness and/or external diameter having previously been made in the vicinity of the ends of each of the first and second pipe, the jacks of the first set and the jacks of the second set are jointly guided to a relative position determined with the aid of at least certain of the geometric measurements in a manner such that the internal surfaces of the first and second pipes are positioned in mutual alignment in the vicinity of the respective ends of these pipes.