mhurhangee/patent-ind-claim-en huggingface dataset:
Polyurethane foaming plant for roller shutter slats, comprising: - a system for producing and dispensing polyurethane foam by mixing isocyanate and polyol; and - a foaming area , where, in use, the slats are made to transit in order to receive the polyurethane foam from the production and dispensing system of polyurethane foam, wherein the system for producing and dispensing polyurethane foam comprises two separate foaming heads (11; 12), wherein a first foaming head is fluidically connected to an isocyanate tank and a low density polyol tank to produce and dispense low density polyurethane foam, and wherein a second foaming head is fluidically connected to an isocyanate tank and a high density polyol tank to produce and dispense high density polyurethane foam, characterized in that said plant comprises a system for moving said two distinct foaming heads (11; 12) inside said plant , wherein said movement system is suitable for positioning at said foaming area alternately one of said two foaming heads (11; 12) according to the foaming requirements of the slats in transit through said foaming area . - a system for producing and dispensing polyurethane foam by mixing isocyanate and polyol; and - a foaming area , where, in use, the slats are made to transit in order to receive the polyurethane foam from the production and dispensing system of polyurethane foam, wherein the system for producing and dispensing polyurethane foam comprises two separate foaming heads (11; 12), wherein a first foaming head is fluidically connected to an isocyanate tank and a low density polyol tank to produce and dispense low density polyurethane foam, and wherein a second foaming head is fluidically connected to an isocyanate tank and a high density polyol tank to produce and dispense high density polyurethane foam, characterized in that said plant comprises a system for moving said two distinct foaming heads (11; 12) inside said plant , wherein said movement system is suitable for positioning at said foaming area alternately one of said two foaming heads (11; 12) according to the foaming requirements of the slats in transit through said foaming area . wherein the system for producing and dispensing polyurethane foam comprises two separate foaming heads (11; 12), wherein a first foaming head is fluidically connected to an isocyanate tank and a low density polyol tank to produce and dispense low density polyurethane foam, and wherein a second foaming head is fluidically connected to an isocyanate tank and a high density polyol tank to produce and dispense high density polyurethane foam, characterized in that said plant comprises a system for moving said two distinct foaming heads (11; 12) inside said plant , wherein said movement system is suitable for positioning at said foaming area alternately one of said two foaming heads (11; 12) according to the foaming requirements of the slats in transit through said foaming area .
A method of removing material that fouls processing equipment, the method comprising applying a composition comprising N,N-dimethylacetamide (DMAC) to fouling material deposited on the processing equipment to solubilize and remove the fouling material from the processing equipment, wherein the processing equipment is used in production of ethylene.
A medical lead system comprising: a first lead portion comprising a first elongate body extending along a longitudinal axis from a distal end to a proximal end and defining a coupling recess ; and a second lead portion comprising: a second elongate body extending along the longitudinal axis from a distal end to a proximal end; and a connector defining a channel configured to receive the proximal end of the first lead portion and comprising a coupling member configured to, when the first lead portion is inserted into the channel, mechanically engage the coupling recess to secure the first lead portion to the second lead portion at least in an axial direction relative to the longitudinal axis, and wherein one of the first lead portion or the second lead portion carries one or more electrodes characterized in that the coupling recess extends around the entire circumference of the elongate body . a first lead portion comprising a first elongate body extending along a longitudinal axis from a distal end to a proximal end and defining a coupling recess ; and a second lead portion comprising: a second elongate body extending along the longitudinal axis from a distal end to a proximal end; and a connector defining a channel configured to receive the proximal end of the first lead portion and comprising a coupling member configured to, when the first lead portion is inserted into the channel, mechanically engage the coupling recess to secure the first lead portion to the second lead portion at least in an axial direction relative to the longitudinal axis, and a second elongate body extending along the longitudinal axis from a distal end to a proximal end; and a connector defining a channel configured to receive the proximal end of the first lead portion and comprising a coupling member configured to, when the first lead portion is inserted into the channel, mechanically engage the coupling recess to secure the first lead portion to the second lead portion at least in an axial direction relative to the longitudinal axis, and wherein one of the first lead portion or the second lead portion carries one or more electrodes
System for producing cold and electrical energy, comprising: - a desorber, called generator , - a condenser , - an evaporator , - an absorber , - a fluidic absorption circuit in which a working fluid comprising a refrigerant fluid and an absorbent circulates, the fluidic circuit connecting the generator to the condenser , the condenser to the evaporator , the evaporator to the absorber and the absorber to the generator , - a supersonic turbine arranged on the fluidic circuit between the generator and the absorber bypassing the condenser and the evaporator , the turbine being configured to operate as an electrical generator in order to produce electricity, - at least one ejector arranged on the fluidic circuit between the generator and the turbine. - a desorber, called generator , - a condenser , - an evaporator , - an absorber , - a fluidic absorption circuit in which a working fluid comprising a refrigerant fluid and an absorbent circulates, the fluidic circuit connecting the generator to the condenser , the condenser to the evaporator , the evaporator to the absorber and the absorber to the generator , - a supersonic turbine arranged on the fluidic circuit between the generator and the absorber bypassing the condenser and the evaporator , the turbine being configured to operate as an electrical generator in order to produce electricity, - at least one ejector arranged on the fluidic circuit between the generator and the turbine.
A motor comprising: a motor housing including a first housing and a second housing ; a stator disposed in the motor housing ; a coil wound around the stator ; a rotor rotatably disposed inside the stator ; a shaft coupled to the rotor ; a bearing which supports the shaft ; a busbar terminal connected to an end portion of the coil , and a cover coupled to the first housing , wherein the first housing includes a body part including a first region and a second region extending from the first region , and a first flange extending from an end portion of the second region in a direction perpendicular to the second region , the second housing includes a second body part and a second flange which extends from an end portion of the second body part in a direction perpendicular to the second body part ; and the second flange is disposed in contact with the first flange , the cover is disposed to cover an opening formed in one side of the first region , characterized in that the busbar terminal and the bearing are disposed in the first region , in which the first housing , the busbar terminal , and the first bearing are integrally formed. a motor housing including a first housing and a second housing ; a stator disposed in the motor housing ; a coil wound around the stator ; a rotor rotatably disposed inside the stator ; a shaft coupled to the rotor ; a bearing which supports the shaft ; a busbar terminal connected to an end portion of the coil , and a cover coupled to the first housing , wherein the first housing includes a body part including a first region and a second region extending from the first region , and a first flange extending from an end portion of the second region in a direction perpendicular to the second region , the second housing includes a second body part and a second flange which extends from an end portion of the second body part in a direction perpendicular to the second body part ; and the second flange is disposed in contact with the first flange , the cover is disposed to cover an opening formed in one side of the first region , characterized in that the busbar terminal and the bearing are disposed in the first region , in which the first housing , the busbar terminal , and the first bearing are integrally formed.
A method comprising: based on receiving, by a computing device , an indication to initiate roaming of a session of a mobile workspace of a user that is launched on a first user device , selecting a second user device from among one or more trusted user devices based on a proximity of the second user device to the first user device, wherein the indication to initiate session roaming is determined based on a policy rule that identifies the first user device as a master device and designates the one or more trusted user devices as a slave device of the first user device, and based on a determination that a distance between the first user device and at least one slave device is less than a predetermined threshold; and roaming the session from the first user device to the selected second user device by launching the session as a user authenticated session of the mobile workspace of the user on the second user device. based on receiving, by a computing device , an indication to initiate roaming of a session of a mobile workspace of a user that is launched on a first user device , selecting a second user device from among one or more trusted user devices based on a proximity of the second user device to the first user device, wherein the indication to initiate session roaming is determined based on a policy rule that identifies the first user device as a master device and designates the one or more trusted user devices as a slave device of the first user device, and based on a determination that a distance between the first user device and at least one slave device is less than a predetermined threshold; and roaming the session from the first user device to the selected second user device by launching the session as a user authenticated session of the mobile workspace of the user on the second user device.
A method of screening cells, comprising (a) providing a plurality of different cells, wherein each of the different cells comprises a nucleic acid tag having a tag sequence, the nucleic acid tag sequence being linked to each cell of the plurality of cells via covalent attachment to a plasma membrane lipid, plasma membrane fatty acid, or protein in a plasma membrane lipid of the cell, wherein each tag sequence comprises a unique sequence; (b) contacting a mixture of the different cells with a solid support to form an array of cells attached to the solid support; (c) screening the array of cells on the solid support for at least one optical characteristic, wherein the screening reaction comprises detecting the individual cells that are attached to the solid support; (d) sequencing the tag sequences of nucleic acid tags that are attached to the solid support; and (e) identifying at least one cell in the array as a candidate cell based on the optical characteristic and the tag sequence of the candidate cell. (a) providing a plurality of different cells, wherein each of the different cells comprises a nucleic acid tag having a tag sequence, the nucleic acid tag sequence being linked to each cell of the plurality of cells via covalent attachment to a plasma membrane lipid, plasma membrane fatty acid, or protein in a plasma membrane lipid of the cell, wherein each tag sequence comprises a unique sequence; (b) contacting a mixture of the different cells with a solid support to form an array of cells attached to the solid support; (c) screening the array of cells on the solid support for at least one optical characteristic, wherein the screening reaction comprises detecting the individual cells that are attached to the solid support; (d) sequencing the tag sequences of nucleic acid tags that are attached to the solid support; and (e) identifying at least one cell in the array as a candidate cell based on the optical characteristic and the tag sequence of the candidate cell.
A negative electrode for a lithium secondary battery comprising: a mesh-type current collector having openings and formed from wire rods , the current collector having an aperture ratio of from 20% to 80% corresponding to the percentage of the collector's area occupied by openings; and a lithium thin film having portions inserted into the openings and a non-inserted portion that is not inserted; wherein the thickness of the inserted portion (d 210 ) is 20% to 60% of the thickness of the whole lithium thin film (d 200 ), the remainder of the openings being empty space, and the thickness of the non-inserted portion (d 220 ) is 40% to 80% of the thickness of the whole lithium thin film. a mesh-type current collector having openings and formed from wire rods , the current collector having an aperture ratio of from 20% to 80% corresponding to the percentage of the collector's area occupied by openings; and a lithium thin film having portions inserted into the openings and a non-inserted portion that is not inserted; wherein the thickness of the inserted portion (d 210 ) is 20% to 60% of the thickness of the whole lithium thin film (d 200 ), the remainder of the openings being empty space, and the thickness of the non-inserted portion (d 220 ) is 40% to 80% of the thickness of the whole lithium thin film.
Hot beverage maker comprising a flow line system having - a water source ; - a brewing unit , the brewing unit a brewing chamber for receiving brewing material to be brewed and an inlet line (L4) for introducing brewing water into the brewing chamber , - a heater for heating the water supplied to the brewing chamber - a pump designed to convey the water from the source to the brewing chamber , - a controller for activating and deactivating said actuators for preparing a selected beverage, - an operating and display device having a touch-sensitive display on which a selection region of a parameter is displayed and a desired setting of the parameter can take place by means of a touch or touch gesture within the selection region, the controller being connected to the operating and display device in order to prepare the beverage based on the selection, the controller being designed to control the pump , the heating body and the valve arrangement (V) so as to prepare the beverage in accordance with the set sensory properties, the operating and display device being designed to output a spin network diagram for displaying sensory properties on the display for setting the parameters, and to detect a touch or gesture within the border of the spin network diagram as a selection for the sensory property, characterized in that the operating and display device is designed to display, with the spin network diagram , the limits to be achieved with respect to predetermined taste parameters for a type of bean (Bean A, Bean B) to be used, within which the selection of the taste parameters can take place. - a water source ; - a brewing unit , the brewing unit a brewing chamber for receiving brewing material to be brewed and an inlet line (L4) for introducing brewing water into the brewing chamber , - a heater for heating the water supplied to the brewing chamber - a pump designed to convey the water from the source to the brewing chamber , - a controller for activating and deactivating said actuators for preparing a selected beverage, - an operating and display device having a touch-sensitive display on which a selection region of a parameter is displayed and a desired setting of the parameter can take place by means of a touch or touch gesture within the selection region, the controller being connected to the operating and display device in order to prepare the beverage based on the selection, the controller being designed to control the pump , the heating body and the valve arrangement (V) so as to prepare the beverage in accordance with the set sensory properties,
A method for normalizing mass spectra comprising the acquisition of a mass spectrometric imaging data set of a tissue section by imaging mass spectrometry (IMS), characterized in that each mass spectrum of the mass spectrometric data set is normalized by one of: - the TIC norm or the vector norm of the mass spectrum transformed by applying an exclusion list which comprises aberrant mass signals in confined regions on the tissue section which are selected such that the distribution of noise or the mass images of abundant and homogeneously distributed mass signals do not comprise holes and - the median absolute deviation of the noise level of the mass spectrum. - the TIC norm or the vector norm of the mass spectrum transformed by applying an exclusion list which comprises aberrant mass signals in confined regions on the tissue section which are selected such that the distribution of noise or the mass images of abundant and homogeneously distributed mass signals do not comprise holes and - the median absolute deviation of the noise level of the mass spectrum.
A light-emitting device comprising: a heterojunction comprising: a hole injection layer comprising a single-crystalline or polycrystalline n-type doped semiconductor material, wherein the single-crystalline or polycrystalline n-type doped semiconductor material is not a group III-nitride semiconductor material; and a p-type layer comprising a p-type doped group III-nitride; an n-type contact; and an active region comprising intrinsic semiconductor materials disposed between the p-type layer and the n-type contact, the active region comprising a multiple quantum well structure comprising alternating group III-V nitride barrier layers and group III-V nitride quantum well layers. a heterojunction comprising: a hole injection layer comprising a single-crystalline or polycrystalline n-type doped semiconductor material, wherein the single-crystalline or polycrystalline n-type doped semiconductor material is not a group III-nitride semiconductor material; and a p-type layer comprising a p-type doped group III-nitride; a hole injection layer comprising a single-crystalline or polycrystalline n-type doped semiconductor material, wherein the single-crystalline or polycrystalline n-type doped semiconductor material is not a group III-nitride semiconductor material; and a p-type layer comprising a p-type doped group III-nitride; an n-type contact; and an active region comprising intrinsic semiconductor materials disposed between the p-type layer and the n-type contact, the active region comprising a multiple quantum well structure comprising alternating group III-V nitride barrier layers and group III-V nitride quantum well layers.
A booth module for exhibition configured to construct a booth for exhibition, the booth module comprising: a frame; a main body dowel ; a bolt detachably coupled to the main body dowel ; and a cap dowel detachably coupled to the bolt , characterised in that : the main body dowel comprises a body having a bolt insertion hole formed therein, a button , a part of which is inserted into the body to be installed therein through a button installation hole formed in the body , and a spring installed inside the body so as to push one end of the button ; and wherein the cap dowel includes a cap dowel body having a cap dowel bolt insertion hole formed therein, a cap dowel button , a part of which is inserted into the cap dowel body to be installed therein through a cap dowel button installation hole formed in the cap dowel body , and a cap dowel spring installed inside the cap dowel body so as to push one end of the cap dowel button , wherein the buttons are provided with bolt through holes communicating with the bolt insertion holes , and wherein the main body dowel is adhered to the frame. a frame; a main body dowel ; a bolt detachably coupled to the main body dowel ; and a cap dowel detachably coupled to the bolt , characterised in that : the main body dowel comprises a body having a bolt insertion hole formed therein, a button , a part of which is inserted into the body to be installed therein through a button installation hole formed in the body , and a spring installed inside the body so as to push one end of the button ; and wherein the cap dowel includes a cap dowel body having a cap dowel bolt insertion hole formed therein, a cap dowel button , a part of which is inserted into the cap dowel body to be installed therein through a cap dowel button installation hole formed in the cap dowel body , and a cap dowel spring installed inside the cap dowel body so as to push one end of the cap dowel button , wherein the buttons are provided with bolt through holes communicating with the bolt insertion holes , and wherein the main body dowel is adhered to the frame. the main body dowel comprises a body having a bolt insertion hole formed therein, a button , a part of which is inserted into the body to be installed therein through a button installation hole formed in the body , and a spring installed inside the body so as to push one end of the button ; and wherein the cap dowel includes a cap dowel body having a cap dowel bolt insertion hole formed therein, a cap dowel button , a part of which is inserted into the cap dowel body to be installed therein through a cap dowel button installation hole formed in the cap dowel body , and a cap dowel spring installed inside the cap dowel body so as to push one end of the cap dowel button , wherein the buttons are provided with bolt through holes communicating with the bolt insertion holes , and wherein the main body dowel is adhered to the frame.
A pharmaceutical preparation comprising povidone-iodine (PVP-I) at a concentration of greater than 0.10% w/v and less than about 2.5% w/v and in which at least 50% of the PVP-I is not associated with liposomes or other particulate carriers for use in the treatment of the common cold, reducing the symptoms of the common cold, reducing the duration of the common cold in a human subject, or avoiding the common cold in a human subject who has been exposed to others with cold symptoms wherein the pharmaceutical preparation is applied to the nasal passages of the human subject at ambient temperature and wherein the causative or potentially causative agent of the common cold is a virus other than influenza virus.