mhurhangee/ep-ind-claims huggingface dataset:
A footwear assembly comprising: a footwear upper (200, 205, 305, 405) including a toe box portion, a medial side, a lateral side, and a heel portion, the medial side and the lateral side each extending proximally from the toe box portion to a heel portion; a lace cable (210, 310, 430, 730) with a first end anchored along a distal outside portion of the medial side and a second end anchored along a distal outside portion of the lateral side; a plurality of lace guides (320, 410, 710, 800) distributed along the medial side and the lateral side, each lace guide (320, 410, 710, 800) of the plurality of lace guides (320, 410, 710, 800) forming a u-shaped channel adapted to receive and retain a length of the lace cable (210, 310, 430, 730), wherein the lace cable (210, 310, 430, 730) extends through each of the plurality of lace guides (320, 410, 710, 800) to form a pattern along each of the medial side and lateral side of the footwear upper (200, 205, 305, 405); a medial proximal lace guide (320, 410, 710, 800) routing the lace cable (210, 310, 430, 730) from the pattern formed by a medial portion of the plurality of lace guides (320, 410, 710, 800) into a position allowing the lace cable (210, 310, 430, 730) to engage a lacing engine disposed within a mid-sole portion; and a lateral proximal lace guide (320, 410, 710, 800) to route the lace cable (210, 310, 430, 730) out of the position allowing the lace cable (210, 310, 430, 730) to engage the lacing engine into the pattern formed by a lateral portion of the plurality of lace guides (320, 410, 710, 800). a footwear upper (200, 205, 305, 405) including a toe box portion, a medial side, a lateral side, and a heel portion, the medial side and the lateral side each extending proximally from the toe box portion to a heel portion; a lace cable (210, 310, 430, 730) with a first end anchored along a distal outside portion of the medial side and a second end anchored along a distal outside portion of the lateral side; a plurality of lace guides (320, 410, 710, 800) distributed along the medial side and the lateral side, each lace guide (320, 410, 710, 800) of the plurality of lace guides (320, 410, 710, 800) forming a u-shaped channel adapted to receive and retain a length of the lace cable (210, 310, 430, 730), wherein the lace cable (210, 310, 430, 730) extends through each of the plurality of lace guides (320, 410, 710, 800) to form a pattern along each of the medial side and lateral side of the footwear upper (200, 205, 305, 405); a medial proximal lace guide (320, 410, 710, 800) routing the lace cable (210, 310, 430, 730) from the pattern formed by a medial portion of the plurality of lace guides (320, 410, 710, 800) into a position allowing the lace cable (210, 310, 430, 730) to engage a lacing engine disposed within a mid-sole portion; and a lateral proximal lace guide (320, 410, 710, 800) to route the lace cable (210, 310, 430, 730) out of the position allowing the lace cable (210, 310, 430, 730) to engage the lacing engine into the pattern formed by a lateral portion of the plurality of lace guides (320, 410, 710, 800).
Set of sitting or reclining furniture for a person to be cared for and an autonomous household appliance, wherein the sitting or reclining furniture is equipped with a service unit arranged pivotably, displaceably and/or telescopically on the sitting or reclining furniture, wherein the service unit has a monitor and an input unit, characterised in that the service unit is set up for communication with the autonomous household appliance, wherein a charging station for docking and charging the autonomous household appliance with energy is arranged in the foot region of the seating or reclining furniture, and wherein the autonomous household appliance is in the form of a floor-cleaning robot or lawn-mowing robot with a platform which has locomotion means, environment sensors (5a, 5b, 5c) for detecting properties of the environment of the autonomous household appliance and a control unit, wherein the environment sensors (5a, 5b, 5c) are connected to the control unit and the control unit is set up for autonomous locomotion of the household appliance by activating the locomotion means as a function of the detected environmental properties and for continuously travelling through an area in order to carry out its actual domestic activity, wherein - the autonomous household appliance has a communication unit for establishing a communication link with a remotely arranged service unit, and - the autonomous household appliance, in addition to the actual household activity, is set up to recognise the need for assistance of a person depending on the characteristics of the environment. - the autonomous household appliance has a communication unit for establishing a communication link with a remotely arranged service unit, and - the autonomous household appliance, in addition to the actual household activity, is set up to recognise the need for assistance of a person depending on the characteristics of the environment.
Method for providing a DNA-encoded library, comprising a) synthesizing many different DNA molecules which differ from each other by comprising different DNA barcode sequences, wherein each DNA barcode sequence comprises at least a first coding region DNA sequence comprising at least a first part, a second part and a third part, wherein the second part is located between the first and third part and the second part differs between all the DNA molecules by at least two nucleotides; and b) bonding each of the many different DNA molecules to at least a specific substance forming different DNA-substance conjugates, wherein the DNA-substance conjugates differ from each other by the specific substance and by their DNA molecules; characterized in that the first part and the third part encode information regarding the second part of the first coding region, wherein a certain first part and/or a certain third part uniquely codes for a certain group of DNA-substance conjugates which is smaller than the group of all DNA-substance conjugates in the DNA-encoded library. a) synthesizing many different DNA molecules which differ from each other by comprising different DNA barcode sequences, wherein each DNA barcode sequence comprises at least a first coding region DNA sequence comprising at least a first part, a second part and a third part, wherein the second part is located between the first and third part and the second part differs between all the DNA molecules by at least two nucleotides; and b) bonding each of the many different DNA molecules to at least a specific substance forming different DNA-substance conjugates, wherein the DNA-substance conjugates differ from each other by the specific substance and by their DNA molecules;
A method for rendering tissue transparent, comprising a procedure of immersing the tissue in a water-soluble solvent comprising 2,2' -thiodiethanol, and a nonionic organoiodine compound.
A method for determining a clearance (x LS) of a vehicle brake, in particular for a motor vehicle, wherein the vehicle brake has a brake-application device, a wear adjustment device, a sensor means for detecting a stroke of the brake-application device and a vehicle control system, characterised by the following method steps: recording a measurement signal of the stroke that is provided by the sensor means within a previously specified time window (t START -t REC) and storing the measurement signal as stroke / time data pairs during a braking process; forming a time derivative of the measurement signal in the time window (t START -t REC) with a suitable algorithm for determining a point in time (t 2 or t k) at a maximum; and determining the clearance (x LS) using the thus determined point in time (t 2 or t k) and forwarding the thus determined value of the clearance (x LS) to the vehicle control system. recording a measurement signal of the stroke that is provided by the sensor means within a previously specified time window (t START -t REC) and storing the measurement signal as stroke / time data pairs during a braking process; forming a time derivative of the measurement signal in the time window (t START -t REC) with a suitable algorithm for determining a point in time (t 2 or t k) at a maximum; and determining the clearance (x LS) using the thus determined point in time (t 2 or t k) and forwarding the thus determined value of the clearance (x LS) to the vehicle control system.
A method for configuring a resource for a data radio bearer, DRB, comprising: determining, according to a quality of service, QoS, parameter of a data radio bearer, DRB, of a user equipment, UE, carried in a received resource configuration control instruction sent by a core network, by a first control base station, CBS, resource configuration information used by a first data base station, DBS, to separately allocate a resource to at least one DRB of UE; and adding the resource configuration information to a first resource allocation indication, and sending the first resource allocation indication to the first DBS, so that the first DBS separately allocates the resource to the at least one DRB of the UE according to the resource configuration information; wherein the resource configuration information comprises at least one of the following: DRB identifier information corresponding to the at least one DRB of the UE and interface resource information corresponding to each DRB identifier information. determining, according to a quality of service, QoS, parameter of a data radio bearer, DRB, of a user equipment, UE, carried in a received resource configuration control instruction sent by a core network, by a first control base station, CBS, resource configuration information used by a first data base station, DBS, to separately allocate a resource to at least one DRB of UE; and adding the resource configuration information to a first resource allocation indication, and sending the first resource allocation indication to the first DBS, so that the first DBS separately allocates the resource to the at least one DRB of the UE according to the resource configuration information; wherein the resource configuration information comprises at least one of the following: DRB identifier information corresponding to the at least one DRB of the UE and interface resource information corresponding to each DRB identifier information.
A piezoelectric material comprising: a perovskite-type metal oxide represented by the following general formula; and 0.04 mol% or more to 2.00 mol% or less of Cu with respect to 1 mol of the perovskite-type metal oxide; (K v Bi w Ba 1-v-w) 1-y Na x (Nb y Ti y-y)O 3 where relationships of 0<v≤0.39, 0<w≤0.39, 0.9≤w/v≤1.1, 0.80≤x≤0.95, 0.85≤y≤0.95 and x<y are satisfied. a perovskite-type metal oxide represented by the following general formula; and 0.04 mol% or more to 2.00 mol% or less of Cu with respect to 1 mol of the perovskite-type metal oxide; (K v Bi w Ba 1-v-w) 1-y Na x (Nb y Ti y-y)O 3 where relationships of 0<v≤0.39, 0<w≤0.39, 0.9≤w/v≤1.1, 0.80≤x≤0.95, 0.85≤y≤0.95 and x<y are satisfied.
A fuel cell stack configured by a plurality of cells that are stacked in a stacking direction, each cell including a power generating body and a pair of separators, wherein the separators respectively are arranged on opposite surfaces of the power generating body in the stacking direction, the fuel cell stack being characterized in that: each separator includes a first surface, which faces the power generating body, and a second surface, which is opposite to the first surface in the stacking direction and faces one of the separators of an adjacent cell in the stacking direction, a titanium nitride layer is formed on the first surface, a titanium nitride layer is formed on the second surface, a conductive carbon layer is formed on the titanium nitride layer on the first surface, each separator is in contact with the power generating body via the titanium nitride layer and the carbon layer on the first surface and each separator is in contact with one of the separators of the adjacent cell in the stacking direction via a direct contact between the titanium nitride layers on the respective second surfaces. each separator includes a first surface, which faces the power generating body, and a second surface, which is opposite to the first surface in the stacking direction and faces one of the separators of an adjacent cell in the stacking direction, a titanium nitride layer is formed on the first surface, a titanium nitride layer is formed on the second surface, a conductive carbon layer is formed on the titanium nitride layer on the first surface, each separator is in contact with the power generating body via the titanium nitride layer and the carbon layer on the first surface and each separator is in contact with one of the separators of the adjacent cell in the stacking direction via a direct contact between the titanium nitride layers on the respective second surfaces.
A method for separation of whey proteins lactoferrin and lactoperoxidase, from milk media, preferably from fresh milk or whey, by sorbents, wherein the milk medium is in contact with the sorbent by mechanical stirring; the sorbent is porous and magnetically filterable, made from polymer material functionalized by cation-exchange groups selected from -COO -, -OSO 3 -, -PO 3 2-, and -OPO 3 2-, and the sorbent contains a magnetic part composed of inorganic metal compounds or zero-valent metals, said sorbent is kept in suspension in a separate filtration space with filtration mechanism, preferably in filtration basket, and adsorbs whey proteins, whereupon the filtration mechanism with adsorbed proteins is taken out and after wash-out of unattached proteins and other unwanted parts of milk medium the attached whey proteins are eluted, wherein after the removal of unattached proteins by deionized water the adsorbed whey proteins are released from the sorbent by ionic strength, in the case that the milk medium contains lactoperoxidase and lactoferrin, lactoperoxidase and impurities such as immunoglobulins are eluted in the first step by ionic strength 0.01-0.3 mol.dm -3, then the residual lactoperoxidase is eluted by ionic strength 0.05-0.5 mol.dm -3 and afterwards lactoferrin by ionic strength 0.5-5 mol.dm -3; and afterwards processed into the powder form.
A method for triggering an action of a device, which action is authorised by a paper document, wherein the action requires that a signature is unequivocally assigned to the paper document, wherein: a) at a first location, at which the action is to be executed, the paper document is inserted into a holder, a first unequivocal identifier is insolubly applied by an application device to the paper document and an electronic image of the paper document is generated, wherein a second identifier is unequivocally assigned to the first identifier and an electronic document is generated from the electronic image and is inseparably connected with the second identifier, b) an image of the electronic document is displayed on an output device of a data processing means at a second remote location of a person authorised to sign and the electronic document is electronically signed by the authorised person by means of a specified input into an input device, c) the signed electronic document connected with the second identifier is stored in a secure memory, and d) the authorised action is executed by the device, after the signed electronic document has been stored, wherein in step a) the electronic image of the paper document is created after the first identifier has been insolubly applied to the paper document, wherein the electronic image, from which the electronic document is generated, comprises an image of at least one part of the paper document with the applied first identifier. a) at a first location, at which the action is to be executed, the paper document is inserted into a holder, a first unequivocal identifier is insolubly applied by an application device to the paper document and an electronic image of the paper document is generated, wherein a second identifier is unequivocally assigned to the first identifier and an electronic document is generated from the electronic image and is inseparably connected with the second identifier, b) an image of the electronic document is displayed on an output device of a data processing means at a second remote location of a person authorised to sign and the electronic document is electronically signed by the authorised person by means of a specified input into an input device, c) the signed electronic document connected with the second identifier is stored in a secure memory, and d) the authorised action is executed by the device, after the signed electronic document has been stored, wherein in step a) the electronic image of the paper document is created after the first identifier has been insolubly applied to the paper document, wherein the electronic image, from which the electronic document is generated, comprises an image of at least one part of the paper document with the applied first identifier.
Device for heating and cooling a battery pack, in particular a vehicle drive battery pack comprising a plurality of battery cells, having a heating device which comprises at least one heating element, and having a cooling device which comprises at least one cooling element through which a cooling fluid flows in order to carry away thermal energy, wherein the at least one heating element bears directly against the cooling element or directly against a side of the battery pack against which the at least one cooling element also bears, characterised in that the cooling element and/or the heating element are/is pressed against the battery pack in a pretensioned manner, that the cooling element and/or the heating element are pressed against the battery pack in a pretensioned manner by means of a pretensioning unit, in particular are pretensioned by means of a common spring element, wherein the cooling element and/or the heating element are/is arranged on a support which interacts, in particular, with a pretensioning unit, the said support being formed from a material which has a low heat transfer coefficient, the cooling element having a plurality of canals, characterized in that the cooling element being a plate-like part which is traversed by the canals.
A diamond surface polishing method for polishing a polished object, the surface of which is made of diamond, by rubbing a polishing member having an elongated shape such as a linear or belt-like shape and containing at least a metal or a metal oxide against the diamond surface, wherein, while a polishing surface of the polished object is continuously or intermittently paid out, a pressing force of the polishing member is controlled in accordance with material properties of the polished object and a shape of the polished object in a rubbing section so that contact surface pressure in a machining area becomes uniform, characterized in that the pressing force of the polishing member is corrected in accordance with a crystal size of the diamond surface of the polished object.
Drive for actuating a parking brake in a calliper (10, 10'), wherein the calliper (10, 10') has at least one brake piston (11, 11') having a brake piston axis (A, A'), said brake piston (11, 11') being able to be actuated by an actuation lever (40, 40') having a centre of rotation (42, 42'), wherein an electric motor is provided with an output shaft, wherein the electric motor is attached to the calliper (10, 10'), and wherein the output shaft is mechanically coupled to the actuation lever (40, 40'), characterised in that the output shaft having a non-rotatably attached drive worm engages with a worm spindle gear having a spindle, and the spindle is coupled to the actuation lever (40, 40').
A light field display device comprising: a light-emitting layer comprising a plurality of individually-controllable light-emitting elements; an optical layer comprising a plurality of collimating lenses, the optical layer overlaying the light-emitting layer and configured to collimate the light emitted by the light-emitting layer; a first diffractive grating overlaying the optical layer configured to split the collimated light into a first generation of child beams (720a, 720b, 720c); a second diffractive grating overlaying the first diffractive grating configured to split the first generation of child beams into a second generation of child beams; and a spatial light modulator overlaying the second diffractive layer, the spatial light modulator being configured to block at least one of the second generation of child beams having a direction different from a direction of the collimated light by selectively rendering opaque a portion of the spatial light modulator. a light-emitting layer comprising a plurality of individually-controllable light-emitting elements; an optical layer comprising a plurality of collimating lenses, the optical layer overlaying the light-emitting layer and configured to collimate the light emitted by the light-emitting layer; a first diffractive grating overlaying the optical layer configured to split the collimated light into a first generation of child beams (720a, 720b, 720c); a second diffractive grating overlaying the first diffractive grating configured to split the first generation of child beams into a second generation of child beams; and a spatial light modulator overlaying the second diffractive layer, the spatial light modulator being configured to block at least one of the second generation of child beams having a direction different from a direction of the collimated light by selectively rendering opaque a portion of the spatial light modulator.
A lighting device (10; 42) including: - a radio receiver circuit, - search means, cooperating with the radio receiver circuit to detect and identify surrounding objects (34, 36, 38, 40) present nearby the device, these surrounding objects being themselves provided with radio transmitter circuits liable to be interfaced with said radio receiver circuit, and - control means, adapted to control a switch-off of a light source, the device being characterized in that the switch-off control means are means adapted to cooperate with the search means and include means adapted to:. detect the appearance or the disappearance of said surrounding objects in the range of the lighting device, and. conditionally trigger the switch-off of the light source upon detection of the disappearance of at least one surrounding object, as a function of predetermined switch-off criteria. - a radio receiver circuit, - search means, cooperating with the radio receiver circuit to detect and identify surrounding objects (34, 36, 38, 40) present nearby the device, these surrounding objects being themselves provided with radio transmitter circuits liable to be interfaced with said radio receiver circuit, and - control means, adapted to control a switch-off of a light source,. detect the appearance or the disappearance of said surrounding objects in the range of the lighting device, and. conditionally trigger the switch-off of the light source upon detection of the disappearance of at least one surrounding object, as a function of predetermined switch-off criteria.