mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle lighting safety device comprising: at least one left turn signal input, at least one right turn signal input and at least one hazard input, the at least one hazard input (306; 408: 410) being communicatively couplable to an existing driver accessible hazard light switch (501; 701; 901; 1105; 1301; 1506) inside the vehicle, the at least one left turn signal input and the at least one right turn signal input being couplable with a turn signal stalk ; a microcontroller communicatively coupled to the at least one left turn signal input, at least one right turn signal input and at least one hazard input and operable to receive an activation voltage signal over the least one hazard input, the activation voltage signal indicating activation of the driver accessible hazard light switch to activate power to hazard lights; and an output communicatively coupled to the microcontroller and capable of driving a plurality of existing vehicle mounted light emitting diodes , at least some of which are selectively operative as turn signal lights based upon manipulation of the signal light stalk mounted to a vehicle steering column; wherein the microcontroller is operable to generate a signal to drive the plurality of existing vehicle mounted light emitting diodes in a strobing manner having a repeating flash pattern comprising a portion having a cycle rate that is perceptibly faster than a turn signal light cycle rate in response to receiving the activation voltage signal on the at least one hazard input. at least one left turn signal input, at least one right turn signal input and at least one hazard input, the at least one hazard input (306; 408: 410) being communicatively couplable to an existing driver accessible hazard light switch (501; 701; 901; 1105; 1301; 1506) inside the vehicle, the at least one left turn signal input and the at least one right turn signal input being couplable with a turn signal stalk ; a microcontroller communicatively coupled to the at least one left turn signal input, at least one right turn signal input and at least one hazard input and operable to receive an activation voltage signal over the least one hazard input, the activation voltage signal indicating activation of the driver accessible hazard light switch to activate power to hazard lights; and an output communicatively coupled to the microcontroller and capable of driving a plurality of existing vehicle mounted light emitting diodes , at least some of which are selectively operative as turn signal lights based upon manipulation of the signal light stalk mounted to a vehicle steering column; wherein the microcontroller is operable to generate a signal to drive the plurality of existing vehicle mounted light emitting diodes in a strobing manner having a repeating flash pattern comprising a portion having a cycle rate that is perceptibly faster than a turn signal light cycle rate in response to receiving the activation voltage signal on the at least one hazard input.
A method for wireless communications by a network entity, comprising: identifying resources previously reserved for forward compatibility, FC, that are available for reuse by a legacy user equipment, UE; and providing signaling, to the legacy UE, indicating the identified resources are available for reuse. identifying resources previously reserved for forward compatibility, FC, that are available for reuse by a legacy user equipment, UE; and providing signaling, to the legacy UE, indicating the identified resources are available for reuse.
Facility for the manufacture of at least first and second assemblies which are single-helix assemblies with an openness of M1 filamentary elements and M2 filamentary elements comprising several filamentary elements wound together in a helix, characterised in that it comprises: - means of assembling M filamentary elements together into a layer of M filamentary elements around a temporary core to form a temporary assembly , and - means of splitting the temporary assembly into at least the first and second assemblies of M1 filamentary elements and M2 filamentary elements; in which each filamentary element comprises a single elementary monofilament. - means of assembling M filamentary elements together into a layer of M filamentary elements around a temporary core to form a temporary assembly , and - means of splitting the temporary assembly into at least the first and second assemblies of M1 filamentary elements and M2 filamentary elements; in which each filamentary element comprises a single elementary monofilament.
Vehicle which comprises a door portal and a portal sealing frame which is connected to the door portal and has a plurality of interconnected side parts , wherein at least one of the side parts of the portal sealing frame is connected to the door portal by means of an adhesive bond, and wherein each of the side parts has a plurality of recesses for reducing its rigidity.
A method for producing a skin equivalent, comprising the steps of: a) producing a dermal matrix including a first layer and a second layer, comprising the steps of: i) providing the first layer; ii) providing a polymerizable solution comprising a liquid and at least one polymer selected from collagen, elastin and/or hyaluronic acid; iii) adding the polymerizable solution to the first layer; iv) polymerizing the solution to the second layer; v) compressing the second layer, wherein, through the compression, the liquid content of the second layer is reduced and the first layer and the second layer are joined to form the dermal matrix; and vi) introducing at least one cavity into the dermal matrix; b) introducing at least one hair follicle and/or hair follicle germ into the at least one cavity of the dermal matrix produced in step a) to produce a skin surrogate; and c) adding at least one further cell population, selected from fibroblasts, endothelial cells, adipocytes, nerve cells, gland cells, melanocytes or keratinocytes, to the skin surrogate to produce the skin equivalent. a) producing a dermal matrix including a first layer and a second layer, comprising the steps of: i) providing the first layer; ii) providing a polymerizable solution comprising a liquid and at least one polymer selected from collagen, elastin and/or hyaluronic acid; iii) adding the polymerizable solution to the first layer; iv) polymerizing the solution to the second layer; v) compressing the second layer, wherein, through the compression, the liquid content of the second layer is reduced and the first layer and the second layer are joined to form the dermal matrix; and vi) introducing at least one cavity into the dermal matrix; i) providing the first layer; ii) providing a polymerizable solution comprising a liquid and at least one polymer selected from collagen, elastin and/or hyaluronic acid; iii) adding the polymerizable solution to the first layer; iv) polymerizing the solution to the second layer; v) compressing the second layer, wherein, through the compression, the liquid content of the second layer is reduced and the first layer and the second layer are joined to form the dermal matrix; and vi) introducing at least one cavity into the dermal matrix; b) introducing at least one hair follicle and/or hair follicle germ into the at least one cavity of the dermal matrix produced in step a) to produce a skin surrogate; and c) adding at least one further cell population, selected from fibroblasts, endothelial cells, adipocytes, nerve cells, gland cells, melanocytes or keratinocytes, to the skin surrogate to produce the skin equivalent.
A system for switching between multiple audio input signals to select one of the audio input signals as audio output signal; the system comprises: a switch unit that has audio signal inputs to receive the audio input signals, a control signal input receiving a control signal (scs), and an output that is switched to one of the audio signal inputs dependant on the control signal (scs); and a mute unit that is connected downstream of the switch unit output or multiple mute units, each of which being connected upstream of one of the audio inputs; in which at least one of the mute units is configured to mute, before the switch unit switches from a first audio input signal present at a first one of the audio signal inputs to a second audio input signal present at a second one of the audio signal inputs; and the at least one of the mute units is configured to unmute, upon switching of the switch unit , the second audio input signal into one of multiple unmute modes, wherein a particular unmute mode is selected according to one or more signal parameters characterizing the second one of the audio input signals; characterized in that the unmute modes include a hard mode and a soft mode and in the hard mode unmuting has a steeper slope than in the soft mode; one signal parameter is an amplitude of the second audio input signal; the soft mode is employed when the one signal parameter is above a threshold; and otherwise the hard mode is employed. a switch unit that has audio signal inputs to receive the audio input signals, a control signal input receiving a control signal (scs), and an output that is switched to one of the audio signal inputs dependant on the control signal (scs); and a mute unit that is connected downstream of the switch unit output or multiple mute units, each of which being connected upstream of one of the audio inputs; in which at least one of the mute units is configured to mute, before the switch unit switches from a first audio input signal present at a first one of the audio signal inputs to a second audio input signal present at a second one of the audio signal inputs; and the at least one of the mute units is configured to unmute, upon switching of the switch unit , the second audio input signal into one of multiple unmute modes, wherein a particular unmute mode is selected according to one or more signal parameters characterizing the second one of the audio input signals; characterized in that the unmute modes include a hard mode and a soft mode and in the hard mode unmuting has a steeper slope than in the soft mode; one signal parameter is an amplitude of the second audio input signal; the soft mode is employed when the one signal parameter is above a threshold; and otherwise the hard mode is employed.
A table top comprising: an upper plate , which is a plate-shaped non-magnetic member, and a cover positioned on an upper portion of the upper plate and covering at least the upper portion of the upper plate , wherein the cover supports an electronic or cooking device placed thereon; an energy supply module , which is disposed under the upper plate so as to supply energy to the electronic or cooking device; at least one light source configured to generate light; at least one light-transmissive portion, which is provided in the upper plate and through which the light generated by the light source is transmitted; and at least one light guide configured to guide the light, generated by the light source , to the light-transmissive portion, wherein the at least one light guide allows a portion of the light, generated by the light source , to be emitted upward from the upper plate through the light-transmissive portion, characterized in that the light-transmissive portion includes a plurality of light-transmissive holes , which are formed by perforating the upper plate upward from below, wherein one of the plurality of light-transmissive holes is provided with a coupling member connected to the energy supply module . an upper plate , which is a plate-shaped non-magnetic member, and a cover positioned on an upper portion of the upper plate and covering at least the upper portion of the upper plate , wherein the cover supports an electronic or cooking device placed thereon; an energy supply module , which is disposed under the upper plate so as to supply energy to the electronic or cooking device; at least one light source configured to generate light; at least one light-transmissive portion, which is provided in the upper plate and through which the light generated by the light source is transmitted; and at least one light guide configured to guide the light, generated by the light source , to the light-transmissive portion, wherein the at least one light guide allows a portion of the light, generated by the light source , to be emitted upward from the upper plate through the light-transmissive portion, characterized in that the light-transmissive portion includes a plurality of light-transmissive holes , which are formed by perforating the upper plate upward from below, wherein one of the plurality of light-transmissive holes is provided with a coupling member connected to the energy supply module .
Operating device for operating a household appliance , having at least one operating unit with at least one plunger , and having at least one diaphragm arrangement with a diaphragm which is electrically conductive on at least one side and an electrically conductive circuit board which runs parallel to the diaphragm and is spaced from the diaphragm , wherein the diaphragm can be pressed against the circuit board for producing at least one electrically conductive connection by way of the at least one plunger of the operating unit , wherein the at least one plunger is configured such that it can be moved along an extension of the diaphragm , and wherein a function can be adjusted by way of an electrical resistance which can be measured or by way of a change in the resistance of the electrically conductive connection . with at least one plunger , and having at least one diaphragm arrangement with a diaphragm which is electrically conductive on at least one side and an electrically conductive circuit board which runs parallel to the diaphragm and is spaced from the diaphragm , wherein the diaphragm can be pressed against the circuit board for producing at least one electrically conductive connection by way of the at least one plunger of the operating unit , wherein the at least one plunger is configured such that it can be moved along an extension of the diaphragm , and wherein a function can be adjusted by way of an electrical resistance which can be measured or by way of a change in the resistance of the electrically conductive connection .
A display device , comprising: a stretchable lower substrate ; a plurality of first substrates disposed on the lower substrate ; a plurality of second substrates between the plurality of adjacent first substrates ; a plurality of pixels (PX) disposed on the plurality of first substrates ; a plurality of connection lines disposed on the plurality of second substrates for connecting the plurality of pixels (PX) on adjacent first substrates ; and a protection layer (190; 590; 790; 990) disposed on each of the plurality of pixels (PX), characterised in that the protection layer (190; 590; 790; 990) includes a plurality of patterns each having a triangular cross-section. a stretchable lower substrate ; a plurality of first substrates disposed on the lower substrate ; a plurality of second substrates between the plurality of adjacent first substrates ; a plurality of pixels (PX) disposed on the plurality of first substrates ; a plurality of connection lines disposed on the plurality of second substrates for connecting the plurality of pixels (PX) on adjacent first substrates ; and a protection layer (190; 590; 790; 990) disposed on each of the plurality of pixels (PX), characterised in that the protection layer (190; 590; 790; 990) includes a plurality of patterns each having a triangular cross-section.
A method for developing a color product, said method comprising: a. storing development information in a database, said development information including characteristics related to development of a plurality of color products; b. receiving first color information from one or more color product development specialists, said first color information including at least a first color; c. identifying first development information in said database on the basis of said received first color information, said first development information including at least said first color; d. receiving data about at least one physical characteristic of said color product from the one or more color product development specialists; e. communicating said first development information using a global communication network between at least two color product development specialists; and f. determining, using said first development information, whether said at least one physical characteristic is compatible with said first color; whereby, this determination is used in a process of manufacturing said color product. a. storing development information in a database, said development information including characteristics related to development of a plurality of color products; b. receiving first color information from one or more color product development specialists, said first color information including at least a first color; c. identifying first development information in said database on the basis of said received first color information, said first development information including at least said first color; d. receiving data about at least one physical characteristic of said color product from the one or more color product development specialists; e. communicating said first development information using a global communication network between at least two color product development specialists; and f. determining, using said first development information, whether said at least one physical characteristic is compatible with said first color;
A compound represented by formula : wherein, R 1 represents a C 1 to C 6 alkyl group or a C 3 to C 6 cycloalkyl group, R 2 represents a hydrogen atom, a halogen atom, a C 1 to C 3 alkyl group optionally substituted with 1 to 3 fluorine atoms or a C 1 to C 3 alkoxy group optionally substituted with 1 to 3 fluorine atoms, R 3 represents a hydrogen atom or a C 1 to C 6 alkyl group, R 4 represents a hydrogen atom or a C 1 to C 6 alkyl group, R 5 represents a hydrogen atom or a C 1 to C 6 alkyl group, R 6 represents a hydrogen atom or a C 1 to C 6 alkyl group, and R 7 represents a hydrogen atom or a C 1 to C 6 alkyl group, or a salt thereof. R 1 represents a C 1 to C 6 alkyl group or a C 3 to C 6 cycloalkyl group, R 2 represents a hydrogen atom, a halogen atom, a C 1 to C 3 alkyl group optionally substituted with 1 to 3 fluorine atoms or a C 1 to C 3 alkoxy group optionally substituted with 1 to 3 fluorine atoms, R 3 represents a hydrogen atom or a C 1 to C 6 alkyl group, R 4 represents a hydrogen atom or a C 1 to C 6 alkyl group, R 5 represents a hydrogen atom or a C 1 to C 6 alkyl group, R 6 represents a hydrogen atom or a C 1 to C 6 alkyl group, and R 7 represents a hydrogen atom or a C 1 to C 6 alkyl group,
A non-machinable parcel processing system, comprising: a transport system configured to transport parcels received at a parcel induction ; at least one measurement device configured to record physical characteristics of each of the transported parcels ; an automation discharge for receiving machinable parcels; a plurality of workstations for manual processing of non-machinable parcels; and a control system configured to identify each transported parcel as machinable or non-machinable based on the physical characteristics, and to control the transport system to move the machinable parcels to the automation discharge and the non-machinable parcels to respective workstations. a transport system configured to transport parcels received at a parcel induction ; at least one measurement device configured to record physical characteristics of each of the transported parcels ; an automation discharge for receiving machinable parcels; a plurality of workstations for manual processing of non-machinable parcels; and a control system configured to identify each transported parcel as machinable or non-machinable based on the physical characteristics, and to control the transport system to move the machinable parcels to the automation discharge and the non-machinable parcels to respective workstations.
Control device of a motor vehicle with autonomous or assisted driving, comprising a route planning module capable of storing information relating to a planned trajectory, a controller of the longitudinal movement of the vehicle capable of generating, as output, command signals to acceleration and braking actuators and a controller of the lateral movement of the vehicle capable of generating, as output, command signals to steering actuators, such that the vehicle follows the planned trajectory in an assisted or automated driving mode of the vehicle, the output of said lateral controller being based on a minimization of the error between a desired angular yaw rate, obtained from the curvature of the road on the planned trajectory, and the current angular yaw rate of the vehicle, estimated from a model (M) of the dynamic behaviour of the vehicle capable of supplying, as input to said lateral controller , an estimation of the angular yaw rate ( Ψ model ) based on the measured longitudinal speed of the vehicle and on the measured steering angle, comprising a module for compensating the lateral dynamics of the vehicle, capable of dynamically correcting parameters of the model (M) in the event of deviation between the model and the real dynamic behaviour of the vehicle, as a function of a comparison between the estimated angular yaw rate value ( Ψ̇ model ) and an angular yaw rate value ( Ψ̇ sensor ) measured by an on-board sensor , such that said estimation supplied by the model to the lateral controller is corrected instantaneously, said device being characterized in that it comprises a safety module , linked to the output of the module for compensating the lateral dynamics of the vehicle, said safety module being adapted to detect impaired driving states in automated mode on the basis of a difference between the output of the corrected model and the real dynamic behaviour of the vehicle.