mhurhangee/patent-ind-claim-en huggingface dataset:
A cyclonic separator assembly characterized in that the cyclonic separator assembly is for use with a vacuum cleaner , and in that the cyclonic separator assembly comprises: a body having an inlet , an outlet , and an inner surface ; and a cyclone unit positioned within the body between the inlet and the outlet , the cyclone unit having an outer perimeter that is spaced apart from the inner surface of the body to define an inlet space therebetween, the cyclone unit including a plurality of first cyclones arranged along an outer circle adjacent the outer perimeter , a plurality of first inlet paths extending from the inlet space to the plurality of first cyclones , each first inlet path having an end at the outer perimeter of the cyclone unit , the ends of the plurality of first inlet paths being circumferentially spaced evenly about the outer perimeter , a plurality of second cyclones arranged along an inner circle that is spaced apart from the outer circle , and a plurality of second inlet paths extending from the inlet space to the plurality of second cyclones , each second inlet path having an end at the outer perimeter of the cyclone unit , the ends of the plurality of second inlet paths being circumferentially spaced evenly about the outer perimeter . a body having an inlet , an outlet , and an inner surface ; and a cyclone unit positioned within the body between the inlet and the outlet , the cyclone unit having an outer perimeter that is spaced apart from the inner surface of the body to define an inlet space therebetween, the cyclone unit including a plurality of first cyclones arranged along an outer circle adjacent the outer perimeter , a plurality of first inlet paths extending from the inlet space to the plurality of first cyclones , each first inlet path having an end at the outer perimeter of the cyclone unit , the ends of the plurality of first inlet paths being circumferentially spaced evenly about the outer perimeter , a plurality of second cyclones arranged along an inner circle that is spaced apart from the outer circle , and a plurality of second inlet paths extending from the inlet space to the plurality of second cyclones , each second inlet path having an end at the outer perimeter of the cyclone unit , the ends of the plurality of second inlet paths being circumferentially spaced evenly about the outer perimeter . a plurality of first cyclones arranged along an outer circle adjacent the outer perimeter , a plurality of first inlet paths extending from the inlet space to the plurality of first cyclones , each first inlet path having an end at the outer perimeter of the cyclone unit , the ends of the plurality of first inlet paths being circumferentially spaced evenly about the outer perimeter , a plurality of second cyclones arranged along an inner circle that is spaced apart from the outer circle , and a plurality of second inlet paths extending from the inlet space to the plurality of second cyclones , each second inlet path having an end at the outer perimeter of the cyclone unit , the ends of the plurality of second inlet paths being circumferentially spaced evenly about the outer perimeter .
Battery module having a multiplicity of battery cells in electrical contact with one another electrically in parallel or in series and having a battery module housing that is provided with at least two connection points for a data-carrying or current-channelling cable and with at least four cable guides for guiding a data-carrying or current-channelling cable connected to the connection points to a further battery module or data receiver, wherein the cable guides end at different outer edges of the battery module housing, characterized in that each of the cable guides (20a - 20f) has a cable guide length beginning at one of the connection points and ending at an outer edge of the battery module housing, and that the sum of a cable guide length of a first cable guide (20a - 20c) beginning at a first connection point and ending at a first outer edge of the battery module housing and of the cable guide length of a second cable guide (20d - 20f) beginning at a second connection point and ending at an outer edge, opposite the first outer edge, of the battery module housing is equal to the sum of a cable guide length of a third cable guide (20a - 20c) beginning at the first connection point and ending at a second outer edge of the battery module housing and of a cable guide length of a fourth cable guide (20d - 20f) beginning at the second connection point and ending at an outer edge, opposite the second outer edge, of the battery module housing.
An energy storage device comprising a positive electrode and a negative electrode, wherein the negative electrode comprises graphite particles and non-graphitizable carbon particles, and wherein graphite particles and non-graphitizable carbon particles are mixed with each other in the negative active material, a D50 particle size of the graphite particles at which a cumulative volume in a particle size distribution of a particle size reaches 50% is 2 μm or more, a D50 particle size of the non-graphitizable carbon particles is 2 μm or more and 4.5 μm or less, a ratio of a mass of the non-graphitizable carbon particles to a total amount of a mass of the graphite particles and a mass of the non-graphitizable carbon particles is 15% by mass or more and 20% by mass or less, and a ratio of the D50 particle size of the graphite particles to the D50 particle size of the non-graphitizable carbon particles is 1.02 or less.
A plural mode washer system for vehicles, comprising: a washer fluid pump having selectable low pressure and a high pressure output fluid flows; and at least one fluidic nozzle generates an oscillating spray, wherein the fluidic nozzle is connectable to said pump to provide a selectable low or high pressure oscillating fluid spray output, wherein said pump includes a reversible impeller which produces a low pressure fluid output when spinning in a reverse direction and a high pressure fluid output when spinning in a forward direction, the direction of spin being selectable to provide a corresponding low pressure or high pressure output from said nozzle ; characterized by ; said pump is a single-outlet reversible pump, and further including a second single-outlet reversible impeller pump in series with said first-named pump, the outlet of said second pump being connected to said at least one nozzle . a washer fluid pump having selectable low pressure and a high pressure output fluid flows; and at least one fluidic nozzle generates an oscillating spray, wherein the fluidic nozzle is connectable to said pump to provide a selectable low or high pressure oscillating fluid spray output, wherein said pump includes a reversible impeller which produces a low pressure fluid output when spinning in a reverse direction and a high pressure fluid output when spinning in a forward direction, the direction of spin being selectable to provide a corresponding low pressure or high pressure output from said nozzle ; characterized by ; said pump is a single-outlet reversible pump, and further including a second single-outlet reversible impeller pump in series with said first-named pump, the outlet of said second pump being connected to said at least one nozzle .
Breathable multilayer composite film comprising layers as follows: a. a structured or grained outer layer , comprising elevations, or grain peaks , and depressions, or grain valleys , b. at least one air-permeable and water vapour-permeable foam layer beneath, having an open-celled foam structure, c. an air-permeable and water vapour-permeable carrier layer arranged under the foam layer , preferably a textile layer, a leather or a synthetic leather layer, and also possibly further air-permeable and water vapour-permeable layers arranged within the layer composite, wherein the outer layer provided with elevations or grain peaks and with depressions or grain valleys has a layer thickness , in the region of its depressions or grain valleys , of not more than 10 μm, characterized in that only the elevations or grain peaks have been provided with an application of varnish. a. a structured or grained outer layer , comprising elevations, or grain peaks , and depressions, or grain valleys , b. at least one air-permeable and water vapour-permeable foam layer beneath, having an open-celled foam structure, c. an air-permeable and water vapour-permeable carrier layer arranged under the foam layer , preferably a textile layer, a leather or a synthetic leather layer, and also possibly further air-permeable and water vapour-permeable layers arranged within the layer composite, wherein the outer layer provided with elevations or grain peaks and with depressions or grain valleys has a layer thickness , in the region of its depressions or grain valleys , of not more than 10 μm, characterized in that only the elevations or grain peaks have been provided with an application of varnish.
A method for forming a surface enhanced Raman spectroscopy ,SERS, sensing apparatus, the method comprising: providing a body having an internal microfluidic passage, the microfluidic passage having an interior surrounded by an interior surface; the method characterized by comprising: depositing a conformal inorganic passivation film onto the interior surface by atomic layer deposition, ALD, so as to continuously surround the interior, such that the passivation film extends continuously about a centreline of the microfluidic passage; and positioning a SERS sensor within the microfluidic passage on top of the conformal inorganic passivation film after the depositing of the conformal inorganic passivation film. depositing a conformal inorganic passivation film onto the interior surface by atomic layer deposition, ALD, so as to continuously surround the interior, such that the passivation film extends continuously about a centreline of the microfluidic passage; and positioning a SERS sensor within the microfluidic passage on top of the conformal inorganic passivation film after the depositing of the conformal inorganic passivation film.
A non-therapeutic method for determining an orientation of a user's head with an oral care device , the method comprising the steps of: providing an oral care device comprising a device head , at least one sensor including an inertial motion sensor, and a controller coupled to receive sensor data from the at least one sensor ; determining when the device head is located within a calibration area within the user's oral cavity , the calibration area being an area within the user's oral cavity in which there is a physical constraint between the oral care device and the user's head; and estimating , by the controller, based on an orientation of the device head within the calibration area , an orientation of the user's head. providing an oral care device comprising a device head , at least one sensor including an inertial motion sensor, and a controller coupled to receive sensor data from the at least one sensor ; determining when the device head is located within a calibration area within the user's oral cavity , the calibration area being an area within the user's oral cavity in which there is a physical constraint between the oral care device and the user's head; and estimating , by the controller, based on an orientation of the device head within the calibration area , an orientation of the user's head.
Motor vehicle having an electrical contacting unit which is fixed to the vehicle and which serves for the electrical contacting of an external charging cable, wherein the contacting unit has at least electrical contacts and a displaceable cover , wherein the cover is displaceable in translation between a protective position, in which it covers the electrical contacts and thus protects them against dirt and/or water, and a charging position, in which the electrical contacts are accessible from the vehicle surroundings, wherein the electrical contacting unit which is fixed to the vehicle is attached to the underside of the vehicle on the outside, with the result that, in the charging position of the cover , the electrical contacts can be contacted from underneath in the vehicle vertical direction (z), wherein the cover is an elongate hollow body with a rectangular or trapezoidal cross section, that is to say consists of two mutually parallel walls connected by two other walls, resulting in a hollow body, wherein the cover has a closed end side , with the result that it now has only one open end side, and wherein, in the protective position, the cover surrounds the electrical contacts in encircling fashion, whereas the cover , in the charging position, is situated adjacent to the electrical contacts.
Method of manufacturing an active moisture control material, wherein the material is formed from a base board comprising cellulose fibers and having a basis weight in the range of from 50 to 500 g/m 2 and having a bulk of at least 1.2 cm 3 /g, characterized in that said method comprises a surface treatment of at least one side of said base board with a surface treatment composition comprising carboxymethyl cellulose (CMC) and a metal salt, wherein said surface treatment composition comprises carboxymethyl cellulose in a range of from 2 to 10 weight-% based on the total solid content of said surface treatment composition, and the metal salt in a range of from 10 to 30 weight-% based on the total solid content of said composition.
A replacement thermal sleeve for a nuclear reactor control rod drive mechanism (CRDM) configured to be inserted into a reactor head penetration adaptor having an opening and defining an inner diameter (ID), the replacement thermal sleeve , comprising: a tubular sheath having a central longitudinal axis and extending between a bottom end and a top end and having a wall with a radially outwardly extending flange at the top end ; characterised by the tubular sheath being slotted by a plurality of slots extending in the wall through the flange and along the tubular sheath a distance that does not extend to the bottom end of the tubular sheath so as to define a flexible leaf between each two adjacent slots and to divide said flange into a plurality of flange lugs ; wherein the flange is configurable in: a first configuration in which the flange lugs define a first outer diameter (D1); and a second configuration in which the leafs are flexed toward the central longitudinal axis and the flange lugs define a second outer diameter (D2), wherein the second outer diameter (D2) is less than first outer diameter (D1) and the inner diameter (ID) of the opening of the head penetrator adaptor for insertion into said opening . a tubular sheath having a central longitudinal axis and extending between a bottom end and a top end and having a wall with a radially outwardly extending flange at the top end ; characterised by the tubular sheath being slotted by a plurality of slots extending in the wall through the flange and along the tubular sheath a distance that does not extend to the bottom end of the tubular sheath so as to define a flexible leaf between each two adjacent slots and to divide said flange into a plurality of flange lugs ; wherein the flange is configurable in: a first configuration in which the flange lugs define a first outer diameter (D1); and a second configuration in which the leafs are flexed toward the central longitudinal axis and the flange lugs define a second outer diameter (D2), wherein the second outer diameter (D2) is less than first outer diameter (D1) and the inner diameter (ID) of the opening of the head penetrator adaptor for insertion into said opening . a first configuration in which the flange lugs define a first outer diameter (D1); and a second configuration in which the leafs are flexed toward the central longitudinal axis and the flange lugs define a second outer diameter (D2), wherein the second outer diameter (D2) is less than first outer diameter (D1) and the inner diameter (ID) of the opening of the head penetrator adaptor for insertion into said opening .
A method of wireless communication at a user equipment, comprising: monitoring , at a user equipment and during a transmission time interval, TTI, a first search space for a control channel; and monitoring , at the user equipment and during the TTI, a second search space for a data channel, wherein the first search space is monitored based at least in part on a first TTI bundling length of the control channel and the second search space is monitored based at least in part on a second TTI bundling length of the data channel. monitoring , at a user equipment and during a transmission time interval, TTI, a first search space for a control channel; and monitoring , at the user equipment and during the TTI, a second search space for a data channel, wherein the first search space is monitored based at least in part on a first TTI bundling length of the control channel and the second search space is monitored based at least in part on a second TTI bundling length of the data channel.
Receiving device for receiving and moving an object , in particular a vehicle body , the receiving device comprising the following: - a receiving element for receiving and fixing the object ; - a lifting device which comprises one or more lift drive elements for raising and lowering the object ; - a pivoting device which comprises one or more pivot drive elements for pivoting the object , characterized in that a plurality of lift drive elements and/or a plurality of pivot drive elements are designed as push chains . - a receiving element for receiving and fixing the object ; - a lifting device which comprises one or more lift drive elements for raising and lowering the object ; - a pivoting device which comprises one or more pivot drive elements for pivoting the object ,
Extruded profile comprising an Al-Mg-Si aluminium alloy with improved strength, corrosion resistance, crush properties and temperature stability, in particular useful in the front structure of vehicles, wherein the composition of the alloy is defined within the following coordinate points of an Mg-Si diagram: a1 - a2 - a3 - a4, wherein in wt% a1=0.60Mg, 0.65Si, a2=0.90Mg, 1.0Si, a3=1.05Mg ,0.75Si and a4=0.70Mg, 0.50Si, wherein the alloy has a non-recrystallised grain structure in the extruded profile, the alloy containing in addition the following alloy components in wt%: Fe up to 0.30 Cu 0.1 - 0.4 Mn 0.5-0.7 Cr 0.1-0.2 Zr up to 0.25 and Ti 0.005 - 0.15, incidental impurities up to 0.1 each and including Zn up to 0.5, with balance Al. a1 - a2 - a3 - a4,
A display and operating device comprising a display , an operating element und a control device , wherein the operating element is arranged behind the display , wherein a first section of the operating element is covered by the display and a second, manually operable section of the operating element protrudes laterally beside the display , wherein the control device is configured to control the display for presenting at least one information at least partially on the partial area of the display covering the first section of the operating element , wherein the information is associated with at least one function adjustable via the operating element , characterized in that a haptic rasterization and/or a stop of a movement of the operating element are adjustable depending on the function to be adjusted, wherein the adjustability of the operating element is magnetorheologically implemented, and the intervals of the clicks, which form the rasterization, are preset by the control device and correspondingly generated by the operating element, wherein at least a part of the information can be presented depending on the currently adjusted rasterization and/or the currently adjusted stop, wherein the adjusted haptic rasterization and/or the currently adjusted stop correspond to the presented information.
Activated carbon, wherein the activated carbon has a pore volume, which is calculated by measuring a nitrogen adsorption isotherm at 77 K and performing the MP method analysis as described in the description, of 0.58 mL/g or less, and a pore volume at a pore diameter of 10 to 10000 nm measured by the use of a mercury intrusion method pore volume measurement device by adopting a mercury pressure of 0.69 kPa to 420580.19 kPa of 0.35 mL/g or more.
A method of transmitting and receiving, by an access and mobility management function, AMF, a signal related to handover of a user equipment, UE, from a fifth generation system, 5GS, to an evolved packet system, EPS in a wireless communication system, the method comprising: receiving (S801), by the AMF, a Handover Required message from a next generation radio access network, NG-RAN; requesting (S802a), by the AMF, a session management, SM, context to a packet data network gateway + session management function, PGW+SMF; receiving (S802b) the SM context from the PGW+SMF; and transmitting (S811a), by the AMF, a handover command to the NG-RAN, wherein the SM context request is for a protocol data unit, PDU, session related to a third generation partnership project, 3GPP, access, wherein the AMF refrains from transmitting a SM context request for any non-3GPP sessions that the UE has, and wherein the PDU session has an allocated EPS bearer ID, EBI. receiving (S801), by the AMF, a Handover Required message from a next generation radio access network, NG-RAN; requesting (S802a), by the AMF, a session management, SM, context to a packet data network gateway + session management function, PGW+SMF; receiving (S802b) the SM context from the PGW+SMF; and transmitting (S811a), by the AMF, a handover command to the NG-RAN, wherein the SM context request is for a protocol data unit, PDU, session related to a third generation partnership project, 3GPP, access, wherein the AMF refrains from transmitting a SM context request for any non-3GPP sessions that the UE has, and wherein the PDU session has an allocated EPS bearer ID, EBI.
A method for wireless communication by a first device, comprising: receiving via sidelink from a second device a first data packet in one or more receiving slots of a time division duplex, TDD, frame; determining whether the first data packet is received incorrectly; waiting until an end of the one or more receiving slots; transmitting via sidelink to the second device a first negative acknowledgement signal, NACK, in at least one NACK feedback symbol in a slot after the end of the one or more receiving slots in response to determining that the first data packet is received incorrectly, characterized by switching from a receiving mode to a transmitting mode during a first turnaround symbol in the slot in order to transmit the first NACK in the at least one NACK feedback symbol, wherein the first turnaround symbol comes one symbol before the at least one NACK feedback symbol; and switching from the transmitting mode back to the receiving mode during a second turnaround symbol in the slot, wherein the second turnaround symbol comes one symbol after the at least one NACK feedback symbol. receiving via sidelink from a second device a first data packet in one or more receiving slots of a time division duplex, TDD, frame; determining whether the first data packet is received incorrectly; waiting until an end of the one or more receiving slots; transmitting via sidelink to the second device a first negative acknowledgement signal, NACK, in at least one NACK feedback symbol in a slot after the end of the one or more receiving slots in response to determining that the first data packet is received incorrectly, characterized by switching from a receiving mode to a transmitting mode during a first turnaround symbol in the slot in order to transmit the first NACK in the at least one NACK feedback symbol, wherein the first turnaround symbol comes one symbol before the at least one NACK feedback symbol; and switching from the transmitting mode back to the receiving mode during a second turnaround symbol in the slot, wherein the second turnaround symbol comes one symbol after the at least one NACK feedback symbol.