mhurhangee/patent-ind-claim-en huggingface dataset:
A stage light fixture, including a finned heat-exchange system, which comprises: a heat dissipation chamber , a fin , an air guide element and a base , wherein the heat dissipation chamber is isolated from the outside, and both the fin and the air guide element are connected to the base ; and the air guide element and the fin are in communication with the heat dissipation chamber through the base to dissipate heat from the inside of the heat dissipation chamber , wherein the heat dissipating chamber and the air guide element form a circulating heat dissipation channel, characterized in that the air guide element is composed of several parallel air guide pipes outside the heat dissipation chamber , the heat dissipation chamber comprises an air inlet cavity to the guide element and an air outlet cavity from the guide element , the air guide pipes are embedded into the fin and two ends of each of the air guide pipes are in communication with the heat dissipation chamber through the base .
A negative electrode slurry composition, comprising: a negative electrode active material; a hydrophobically modified alkali-swellable emulsion; and a solvent. a negative electrode active material; a hydrophobically modified alkali-swellable emulsion; and a solvent.
A vehicle control device comprising: a memory ; and a processor that is connected to the memory, characterized by wherein the processor is configured to judge a state of a vehicle, structure, by a hypervisor function, a plurality of VMs, Virtual Machines, that control equipment installed in the vehicle, such that an order of activating or stopping the VMs can be controlled, and when it is judged that the state of the vehicle has changed, switch the order in which activation or stoppage of the plurality of VMs is carried out, based on a prescribed activation order of the VMs and a determination of whether each virtual machine is to be activated or stopped in the judged state. a memory ; and a processor that is connected to the memory, characterized by wherein the processor is configured to judge a state of a vehicle, structure, by a hypervisor function, a plurality of VMs, Virtual Machines, that control equipment installed in the vehicle, such that an order of activating or stopping the VMs can be controlled, and when it is judged that the state of the vehicle has changed, switch the order in which activation or stoppage of the plurality of VMs is carried out, based on a prescribed activation order of the VMs and a determination of whether each virtual machine is to be activated or stopped in the judged state.
A method for manufacturing a spring cross member , obtained from a bar , preferably made of wood and of rectangular cross section, the method including the following two steps carried out in any order: - machining the two longitudinal sides of the bar using a circular saw in order to obtain several cuts, partially circular in shape, distributed in staggered rows on each longitudinal side of the bar according to a cutting plane parallel to the upper surface thereof, the distribution of the cuts being identical on each of the longitudinal sides of the bar so that each cut of one of these longitudinal sides is arranged opposite a corresponding cut of the other of these longitudinal sides in order to obtain cuts distributed in staggered rows crossing the bar right through according to the cutting plane, and - machining several recesses passing through the bar right through along an axis perpendicular to the longitudinal axis of the bar at constant intervals along the latter so as to form the blocks of the spring cross member . - machining the two longitudinal sides of the bar using a circular saw in order to obtain several cuts, partially circular in shape, distributed in staggered rows on each longitudinal side of the bar according to a cutting plane parallel to the upper surface thereof, the distribution of the cuts being identical on each of the longitudinal sides of the bar so that each cut of one of these longitudinal sides is arranged opposite a corresponding cut of the other of these longitudinal sides in order to obtain cuts distributed in staggered rows crossing the bar right through according to the cutting plane, and - machining several recesses passing through the bar right through along an axis perpendicular to the longitudinal axis of the bar at constant intervals along the latter so as to form the blocks of the spring cross member .
Shoe , in particular sports shoe, which has a sole connected to a shoe upper , characterized in that the sole comprises: - a first sole part which has a bottom plate , wherein a number of first damping elements which extend in direction of loading (R) is arranged on the bottom plate ; - a second sole part which has a cover plate , wherein a number of second damping elements which extend in direction of loading (R) is arranged on the cover plate ; - a connecting part which comprises a number of plug connections which are connected with another, wherein each plug connection comprise a first plug which extends downwards in the direction of loading (R) and a second plug which extends upwards in the direction of loading (R), wherein the first plug is designed to engage in a section of the first damping element and wherein the second plug is designed to engage in a section of the second damping element , wherein at least a number of the downwards directed first plugs extends through an opening in the bottom plate in such a manner that the first plug at a deformation of the sole in direction of loading (R) due to the weight (F) of the wearer protrudes from the lower surface of the sole further than without application of the weight of the wearer. - a first sole part which has a bottom plate , wherein a number of first damping elements which extend in direction of loading (R) is arranged on the bottom plate ; - a second sole part which has a cover plate , wherein a number of second damping elements which extend in direction of loading (R) is arranged on the cover plate ; - a connecting part which comprises a number of plug connections which are connected with another, wherein each plug connection comprise a first plug which extends downwards in the direction of loading (R) and a second plug which extends upwards in the direction of loading (R), wherein the first plug is designed to engage in a section of the first damping element and wherein the second plug is designed to engage in a section of the second damping element ,
A power metering device comprising: a tap unit including a clamp for engaging onto a coaxial cable and a probe, wherein said probe includes a conductive element configured to electrically engage a center conductor of the cable and an electrode configured to establish electrical contact with one or more shielding layers of the coaxial cable ; a power consumption meter electrically connected to said probe; an outer housing surrounding said power consumption meter ; and a power port electrically connected to said probe, said power port for supplying power taken from the center conductor of the coaxial cable to a customer device connected to said power port , wherein said power consumption meter is configured to measure an amount of power passing through said probe or passing through said power port . a tap unit including a clamp for engaging onto a coaxial cable and a probe, wherein said probe includes a conductive element configured to electrically engage a center conductor of the cable and an electrode configured to establish electrical contact with one or more shielding layers of the coaxial cable ; a power consumption meter electrically connected to said probe; an outer housing surrounding said power consumption meter ; and a power port electrically connected to said probe, said power port for supplying power taken from the center conductor of the coaxial cable to a customer device connected to said power port , wherein said power consumption meter is configured to measure an amount of power passing through said probe or passing through said power port .
A surgical control system communicably connectable to a back-end computer system , the surgical control system comprising: an imaging system comprising: an emitter configured to emit electromagnetic radiation (EMR), wherein at least a portion of the EMR is emitted as structured EMR pattern projected on a surgical site; and an image sensor configured to receive the EMR reflected from a surgical site; and a control circuit coupled to the imaging system, the control circuit configured to: generate an image of the surgical site via the reflected EMR received by the image sensor; determine a surgical action being performed based on the image; receive a baseline surgical action associated with the surgical action from the back-end computer system; and provide a user recommendation according to a comparison between the surgical action and the baseline surgical action. an imaging system comprising: an emitter configured to emit electromagnetic radiation (EMR), wherein at least a portion of the EMR is emitted as structured EMR pattern projected on a surgical site; and an image sensor configured to receive the EMR reflected from a surgical site; and an emitter configured to emit electromagnetic radiation (EMR), wherein at least a portion of the EMR is emitted as structured EMR pattern projected on a surgical site; and an image sensor configured to receive the EMR reflected from a surgical site; and a control circuit coupled to the imaging system, the control circuit configured to: generate an image of the surgical site via the reflected EMR received by the image sensor; determine a surgical action being performed based on the image; receive a baseline surgical action associated with the surgical action from the back-end computer system; and provide a user recommendation according to a comparison between the surgical action and the baseline surgical action. generate an image of the surgical site via the reflected EMR received by the image sensor; determine a surgical action being performed based on the image; receive a baseline surgical action associated with the surgical action from the back-end computer system; and provide a user recommendation according to a comparison between the surgical action and the baseline surgical action.
Toaster for toasting seeds, in particular soybeans, comprising: a. a toast housing having a toasting area through which seeds can flow from top to bottom; and b. at least one elongated air inlet channel arranged within the toast housing and extending into the toasting area ; c. at least one elongated air outlet channel arranged within the toast housing and extending into the toasting area ; wherein d. said at least one air inlet channel and said at least one air outlet channel open into the toasting area , such that e. a heated air flow entering the toast housing can exit from the air inlet channel into the toasting area and flow through the seeds to be toasted to the air outlet channel in order to exit from the toast housing by the air outlet channel ; f. wherein the toaster further comprises a cyclone , the toaster being arranged to direct the air flow into the cyclone for cleaning the air flow , and the toaster being further arranged such g. the air flow is guided in an air circuit in such a way that the moisture emitted by the seeds accumulates in the air flow, and wherein the toaster does not have an air/air heat exchanger in the air circuit for an increased drying of the seeds, which receives fresh air from the environment, that enters into the air circuit and which emits moist air to the environment. a. a toast housing having a toasting area through which seeds can flow from top to bottom; and b. at least one elongated air inlet channel arranged within the toast housing and extending into the toasting area ; c. at least one elongated air outlet channel arranged within the toast housing and extending into the toasting area ; wherein d. said at least one air inlet channel and said at least one air outlet channel open into the toasting area , such that e. a heated air flow entering the toast housing can exit from the air inlet channel into the toasting area and flow through the seeds to be toasted to the air outlet channel in order to exit from the toast housing by the air outlet channel ; f. wherein the toaster further comprises a cyclone , the toaster being arranged to direct the air flow into the cyclone for cleaning the air flow , and the toaster being further arranged such g. the air flow is guided in an air circuit in such a way that the moisture emitted by the seeds accumulates in the air flow, and wherein the toaster does not have an air/air heat exchanger in the air circuit for an increased drying of the seeds, which receives fresh air from the environment, that enters into the air circuit and which emits moist air to the environment.
A method of examining a cryogenic specimen (S) in a Charged Particle Microscope, comprising: - Providing the specimen (S) in a cryogenic cell (C) on a specimen holder (H); - Directing a charged particle beam from a source and along an axis (B') through an evacuated beam conduit (B") of an illuminator system so as to irradiate at least a portion of the specimen therewith; - Using a detector to detect radiation emanating from the specimen (S) in response to said irradiation, - Configuring said cell to comprise an elongate tube that extends within said beam conduit into said illuminator system and encloses said axis; - Maintaining said tube at a cryogenic temperature at least during said irradiation, wherein: - Said specimen holder is maintained at a cryogenic temperature using a temperature control assembly (T); - Said elongate tube has thermally conducting walls that connect intimately to said cryogenic cell, as a result of which the tube is cooled to a cryogenic temperature; characterized in that - Said cryogenic cell is maintained at a cryogenic temperature by virtue of intimate thermal contact with said specimen holder. - Providing the specimen (S) in a cryogenic cell (C) on a specimen holder (H); - Directing a charged particle beam from a source and along an axis (B') through an evacuated beam conduit (B") of an illuminator system so as to irradiate at least a portion of the specimen therewith; - Using a detector to detect radiation emanating from the specimen (S) in response to said irradiation, - Configuring said cell to comprise an elongate tube that extends within said beam conduit into said illuminator system and encloses said axis; - Maintaining said tube at a cryogenic temperature at least during said irradiation, - Said specimen holder is maintained at a cryogenic temperature using a temperature control assembly (T); - Said elongate tube has thermally conducting walls that connect intimately to said cryogenic cell, as a result of which the tube is cooled to a cryogenic temperature; characterized in that - Said cryogenic cell is maintained at a cryogenic temperature by virtue of intimate thermal contact with said specimen holder.
A system for reducing optical noise comprising: a first transmitter having a first transmitter lens and a first optical housing with a first transmitter aperture ; a first light source for emitting a first light; and a first phosphor-based layer positioned proximate to the first transmitter aperture and between the first light source and the first transmitter lens , wherein the first phosphor-based layer shifts the wavelength of the first light passing through the first phosphor-based layer to a first selected wavelength prior to emission from the first transmitter ; a first receiver having a first light detector capable of detecting the first selected wavelength of the shifted first light; and a second phosphor-based layer positioned proximate to the first light detector for shifting the wavelength of at least a portion of incoming light that is not within the first selected wavelength, to a wavelength that exceeds the detection range of the first light detector . a first transmitter having a first transmitter lens and a first optical housing with a first transmitter aperture ; a first light source for emitting a first light; and a first phosphor-based layer positioned proximate to the first transmitter aperture and between the first light source and the first transmitter lens , wherein the first phosphor-based layer shifts the wavelength of the first light passing through the first phosphor-based layer to a first selected wavelength prior to emission from the first transmitter ; a first receiver having a first light detector capable of detecting the first selected wavelength of the shifted first light; and a second phosphor-based layer positioned proximate to the first light detector for shifting the wavelength of at least a portion of incoming light that is not within the first selected wavelength, to a wavelength that exceeds the detection range of the first light detector .
An active front splitter for automobile, rotatably connected to a splitter support by spindle supports fixed at its two ends, a driving mechanism of the active front splitter being mounted to each end of the splitter support , an electric motor being mounted in the middle of the splitter support , the driving mechanisms being driven by the electric motor and fixedly connected with the active front splitter, so that the active front splitter is driven by the driving mechanism to rotate around a spindle fixed to the splitter support between a forwardly extended position and a retreated position, characterized in that the driving mechanism comprises: - a primary driving rod , which is connected with the electric motor ; - a secondary driving rod fixed to the primary driving rod , - a first connecting rod moveably connected with the secondary driving rod and pivotally connected with the splitter support , and - a second connecting rod pivotally connected with the first connecting rod and fixed to the active front splitter. - a primary driving rod , which is connected with the electric motor ; - a secondary driving rod fixed to the primary driving rod , - a first connecting rod moveably connected with the secondary driving rod and pivotally connected with the splitter support , and - a second connecting rod pivotally connected with the first connecting rod and fixed to the active front splitter.
A refrigerator , comprising: an inner case ; a storage compartment formed inside the inner case ; an outer case provided outside the inner case ; and a plurality of vacuum insulation modules provided between the inner case and the outer case to insulate the storage compartment ; wherein each of the plurality of vacuum insulation modules includes a vacuum insulator including an outer cover material in which the inside is sealed in a vacuum state, and a core material provided inside the outer cover material, characterized by a cartridge which accommodates the vacuum insulator , supports the inner case and the outer case , and has a mutual coupling portion coupled to the cartridge of an adjacent vacuum insulation module . an inner case ; a storage compartment formed inside the inner case ; an outer case provided outside the inner case ; and a plurality of vacuum insulation modules provided between the inner case and the outer case to insulate the storage compartment ; wherein each of the plurality of vacuum insulation modules includes a vacuum insulator including an outer cover material in which the inside is sealed in a vacuum state, and a core material provided inside the outer cover material, characterized by a cartridge which accommodates the vacuum insulator , supports the inner case and the outer case , and has a mutual coupling portion coupled to the cartridge of an adjacent vacuum insulation module .
A method of wireless communication performed by a user equipment , comprising: receiving a downlink control information, DCI message associated with indicating a physical uplink control channel resource, PUCCH, configuration; determining , based at least in part on the downlink control information message, a physical uplink control channel repetition parameter and a transmit power indicator value; and transmitting a set of transmissions of a physical uplink control channel based at least in part on the physical uplink control channel repetition parameter and the transmit power indicator value, wherein a first transmission, of the set of transmissions, is associated with a first component carrier or frequency range and a second transmission, of the set of transmissions, is associated with a second component carrier or frequency range that is different than the first component carrier or frequency range and wherein the user equipment is configured to determine a plurality of transmit powers for a plurality of component carriers or frequency ranges for the set of transmissions based at least in part on a transmit power command included in the DCI message. receiving a downlink control information, DCI message associated with indicating a physical uplink control channel resource, PUCCH, configuration; determining , based at least in part on the downlink control information message, a physical uplink control channel repetition parameter and a transmit power indicator value; and transmitting a set of transmissions of a physical uplink control channel based at least in part on the physical uplink control channel repetition parameter and the transmit power indicator value, wherein a first transmission, of the set of transmissions, is associated with a first component carrier or frequency range and a second transmission, of the set of transmissions, is associated with a second component carrier or frequency range that is different than the first component carrier or frequency range and wherein the user equipment is configured to determine a plurality of transmit powers for a plurality of component carriers or frequency ranges for the set of transmissions based at least in part on a transmit power command included in the DCI message.