mhurhangee/ep-ind-claims huggingface dataset:
An installation for drying a non-woven web which comprises: - a fan, - a heating oven having an inlet and an outlet, - an inlet conduit which connects the delivery of the fan with the inlet of the oven and sends delivered air to the inlet of the oven, - a heat source arranged in such a way that the air delivered in the inlet conduit is heated, - an outlet conduit which connects the outlet of the oven with the intake of the fan, - a branch conduit, in the branch of the inlet conduit upstream of the heat source, connecting the inlet conduit with the inlet of the drying device (10, 11), - a means of transport which displaces a web in the drying device (10, 11) and in the oven, the drying device (10, 11) being upstream of the oven in the direction of displacement of the web and - a conduit for extracting the air from the drying device (10, 11), characterised in that - a drying device comprising a diffusion chamber having an outlet fitting in which is mounted a perforated sheet and - the perforated sheet has a void rate which decreases from the inlet of the diffusion chamber. - a fan, - a heating oven having an inlet and an outlet, - an inlet conduit which connects the delivery of the fan with the inlet of the oven and sends delivered air to the inlet of the oven, - a heat source arranged in such a way that the air delivered in the inlet conduit is heated, - an outlet conduit which connects the outlet of the oven with the intake of the fan, - a branch conduit, in the branch of the inlet conduit upstream of the heat source, connecting the inlet conduit with the inlet of the drying device (10, 11), - a means of transport which displaces a web in the drying device (10, 11) and in the oven, the drying device (10, 11) being upstream of the oven in the direction of displacement of the web and - a conduit for extracting the air from the drying device (10, 11), - a drying device comprising a diffusion chamber having an outlet fitting in which is mounted a perforated sheet and - the perforated sheet has a void rate which decreases from the inlet of the diffusion chamber.
Relative pressure sensor, comprising: a pressure measuring cell with a measuring membrane and a meter body, wherein the measuring membrane is connected in a pressure-tight manner to the meter body by forming a measuring chamber between the meter body and the measuring membrane, wherein the measuring chamber can be exposed to a reference pressure by means of a reference pressure channel, which extends from the measuring chamber through the meter body to a rear side of the meter body facing away from the measuring chamber; a clamping ring; and a housing, which has at least a housing body with a measuring cell chamber in its interior, wherein the pressure measuring cell is arranged in the measuring cell chamber and is clamped axially with the clamping ring, which is engaged with the housing body, wherein the housing has a reference air opening, wherein the reference pressure channel communicates with the reference air opening via a reference air path, which extends through the measuring cell chamber and has a path volume which is separate from the volume of the measuring chamber, wherein the reference air path has a section, which extends along the rear side of the meter body, wherein the section is limited by a guide body and the rear side of the meter body, wherein the guide body is clamped against the rear side of the meter body and covers over an opening of the reference pressure channel in the rear side of the meter body. a pressure measuring cell with a measuring membrane and a meter body, wherein the measuring membrane is connected in a pressure-tight manner to the meter body by forming a measuring chamber between the meter body and the measuring membrane, wherein the measuring chamber can be exposed to a reference pressure by means of a reference pressure channel, which extends from the measuring chamber through the meter body to a rear side of the meter body facing away from the measuring chamber; a clamping ring; and a housing, which has at least a housing body with a measuring cell chamber in its interior, wherein the pressure measuring cell is arranged in the measuring cell chamber and is clamped axially with the clamping ring, which is engaged with the housing body, wherein the housing has a reference air opening, wherein the reference pressure channel communicates with the reference air opening via a reference air path, which extends through the measuring cell chamber and has a path volume which is separate from the volume of the measuring chamber, wherein the reference air path has a section, which extends along the rear side of the meter body, wherein the section is limited by a guide body and the rear side of the meter body, wherein the guide body is clamped against the rear side of the meter body and covers over an opening of the reference pressure channel in the rear side of the meter body.
Adhesive unit for decoration and protection from wear, of the type having a lower layer comprising at least one adhesive film and an upper layer connected to said lower layer and comprising at least one visible leaf, characterised in that between said upper layer and said lower layer an intermediate layer is positioned comprising a plurality of soft laminas in synthetic foam without the interposition of adhesive material between said soft laminas which are thus able to reciprocally slide.
An anastomotic connector comprising: a bioabsorbable tubular shell comprising an abluminal surface, a luminal surface, and two ends (226, 228), at least one of the two ends of the bioabsorbable tubular shell comprising bioabsorbable retention means for assisting in securing the anastomotic connector to a natural and/or artificial lumen; wherein the retention means comprises a region of the tubular shell having an increased thickness; and a porous polymeric biocompatible liner, wherein the porous polymeric biocompatible liner covers at least the luminal surface of the tubular shell. a bioabsorbable tubular shell comprising an abluminal surface, a luminal surface, and two ends (226, 228), at least one of the two ends of the bioabsorbable tubular shell comprising bioabsorbable retention means for assisting in securing the anastomotic connector to a natural and/or artificial lumen; wherein the retention means comprises a region of the tubular shell having an increased thickness; and a porous polymeric biocompatible liner, wherein the porous polymeric biocompatible liner covers at least the luminal surface of the tubular shell.
A system for inhibiting an airborne target comprising: an aircraft; and a line apparatus, said line apparatus for inhibiting an airborne target comprising: at least one line suspended from the aircraft characterised in that the system further comprises: a flexible tubular member, having a wall and defining a bore; and a fluid adhesive housed within the flexible tubular member, wherein the flexible tubular member is configured to express the fluid adhesive through the wall. an aircraft; and a line apparatus, said line apparatus for inhibiting an airborne target comprising: at least one line suspended from the aircraft characterised in that the system further comprises: a flexible tubular member, having a wall and defining a bore; and a fluid adhesive housed within the flexible tubular member, a flexible tubular member, having a wall and defining a bore; and a fluid adhesive housed within the flexible tubular member, wherein the flexible tubular member is configured to express the fluid adhesive through the wall.
A patient ventilator secretion management system, comprising: a valve with an input in pneumatic communication with a therapeutic breathing gas source, the valve having variable positions each of which corresponds to a specific flow rate of gas being output from the valve; a patient ventilation interface in pneumatic communication with the valve over a gas delivery circuit; and a controller in communication with the valve for regulating the position thereof, the controller sequentially switching the valve from one of the variable positions to another one of the variable positions to output a first range of fluctuating flow rates of gas for delivery to the patient ventilation interface during at least a selected one of patient expiratory and inspiratory phases; and further comprising: a flow sensor in pneumatic communication and in line between the valve and the gas delivery circuit; wherein the controller is in communication with the flow sensor, and the patient inspiratory phase and the patient expiratory phase is detectable based upon measurements from the flow sensor. a valve with an input in pneumatic communication with a therapeutic breathing gas source, the valve having variable positions each of which corresponds to a specific flow rate of gas being output from the valve; a patient ventilation interface in pneumatic communication with the valve over a gas delivery circuit; and a controller in communication with the valve for regulating the position thereof, the controller sequentially switching the valve from one of the variable positions to another one of the variable positions to output a first range of fluctuating flow rates of gas for delivery to the patient ventilation interface during at least a selected one of patient expiratory and inspiratory phases; and further comprising: a flow sensor in pneumatic communication and in line between the valve and the gas delivery circuit; wherein the controller is in communication with the flow sensor, and the patient inspiratory phase and the patient expiratory phase is detectable based upon measurements from the flow sensor. a flow sensor in pneumatic communication and in line between the valve and the gas delivery circuit; wherein the controller is in communication with the flow sensor, and the patient inspiratory phase and the patient expiratory phase is detectable based upon measurements from the flow sensor.
Nebulizer for a fluid comprising an insertable container containing the fluid, the container comprising a fluid outlet for the fluid, the fluid outlet being closed by a first closure in a delivery state of the nebulizer the first closure being formed or supported by a closure part extending from an outlet or head end of the container into the container, wherein the container is already disposed in the nebulizer in the delivery state, the nebulizer comprising a conveying element, which is a conveying tube, for conveying the fluid from the container to a pressure generator of the nebulizer, the nebulizer being constructed so that the first closure and, thus, the fluid outlet are opened inside the nebulizer before or during first use of the nebulizer by insertion of the conveying element, characterized in that the conveying tube is already partly inserted into the container in the delivery state, wherein the conveying tube extends into the closure part without opening the first closure, and in that the nebulizer comprises a transportation lock for holding the container unmovable in the delivery state.
An in vitro method for seamlessly assembling two or more double-stranded nucleic acids, comprising: (a) contacting a first nucleic acid with at least one nuclease agent to generate a first digested nucleic acid with an end portion removed; (b) contacting the first digested nucleic acid with a second nucleic acid, a double stranded joiner oligo, and an exonuclease, wherein the joiner oligo is a linear double-stranded DNA that is from about 50 bp to about 400 bp and comprises: (i) a first complementary sequence that is complementary to the first digested nucleic acid; (ii) a spacer; and (iii) a second complementary sequence that is complementary to the second nucleic acid, wherein the spacer comprises a sequence identical to the end portion, wherein no nucleic acid bases are present between the first complementary sequence and the sequence identical to the end portion, and no nucleic acid bases are present between the second complementary sequence and the sequence identical to the end portion, and wherein the exonuclease exposes the first and second complementary sequences; and (c) assembling the joiner oligo with the first digested nucleic acid and the second nucleic acid, wherein the assembly reconstitutes the end portion. (a) contacting a first nucleic acid with at least one nuclease agent to generate a first digested nucleic acid with an end portion removed; (b) contacting the first digested nucleic acid with a second nucleic acid, a double stranded joiner oligo, and an exonuclease, wherein the joiner oligo is a linear double-stranded DNA that is from about 50 bp to about 400 bp and comprises: (i) a first complementary sequence that is complementary to the first digested nucleic acid; (ii) a spacer; and (iii) a second complementary sequence that is complementary to the second nucleic acid, wherein the spacer comprises a sequence identical to the end portion, wherein no nucleic acid bases are present between the first complementary sequence and the sequence identical to the end portion, and no nucleic acid bases are present between the second complementary sequence and the sequence identical to the end portion, and wherein the exonuclease exposes the first and second complementary sequences; and (i) a first complementary sequence that is complementary to the first digested nucleic acid; (ii) a spacer; and (iii) a second complementary sequence that is complementary to the second nucleic acid, (c) assembling the joiner oligo with the first digested nucleic acid and the second nucleic acid, wherein the assembly reconstitutes the end portion.
Method for discharging energy stored in a stator of an electric motor, notably of an assisted steering electric motor of a motor vehicle, said stator having at least one electrical phase (12, 14, 16), a state of disconnection of said phase (12, 14, 16) of the stator with a control device being controlled by a switch device (20, 21, 23) comprising at least one field effect transistor, the method comprising a step of a) keeping the field effect transistor in linear mode during the disconnection of said phase (12, 14, 16) by controlling the voltage Vgs between the gate and the source of said transistor so as to keep the voltage Vds between the drain and the source of said transistor substantially equal to a reference voltage Vref.
Method for controlling a haptic accelerator pedal in a motor vehicle, characterized in that the method has the following steps of: acquiring an item of seat information relating to occupancy, loading and/or positioning of at least one seat in the motor vehicle with the aid of at least one seat sensor (7, 9), controlling the haptic accelerator pedal with respect to a property which is used by the accelerator pedal to transmit a haptically perceptible signal to a driver taking into account the seat information. acquiring an item of seat information relating to occupancy, loading and/or positioning of at least one seat in the motor vehicle with the aid of at least one seat sensor (7, 9), controlling the haptic accelerator pedal with respect to a property which is used by the accelerator pedal to transmit a haptically perceptible signal to a driver taking into account the seat information.
Method for determining an environment model of a vehicle, in which method an initial position estimate for the vehicle is acquired; map data are acquired, the map data comprising information about the spatial arrangement of geographical regions (37, 38, 39) and the geographical regions (37, 38, 39) being assigned to different region categories; environment data are acquired in an acquisition space; objects (32, 33, 34, 35) are detected based on the environment data, each detected object (32, 33, 34, 35) being assigned an object position and an object category; and the environment model is determined based on the detected objects (32, 33, 34, 35); assignment rules are provided which define an assignment of the object categories to the region categories; the detection of the objects (32, 33, 34, 35) taking place depending on the assignment rules, characterized in that a negative assignment is determined for a specific region category and a specific object category based on the assignment rules; and objects (32, 33, 34, 35) assigned to the specific object category are detected based on those environment data that do not relate to geographical regions (37, 38, 39) assigned to the negatively assigned specific region category. an initial position estimate for the vehicle is acquired; map data are acquired, the map data comprising information about the spatial arrangement of geographical regions (37, 38, 39) and the geographical regions (37, 38, 39) being assigned to different region categories; environment data are acquired in an acquisition space; objects (32, 33, 34, 35) are detected based on the environment data, each detected object (32, 33, 34, 35) being assigned an object position and an object category; and the environment model is determined based on the detected objects (32, 33, 34, 35); assignment rules are provided which define an assignment of the object categories to the region categories; the detection of the objects (32, 33, 34, 35) taking place depending on the assignment rules, characterized in that a negative assignment is determined for a specific region category and a specific object category based on the assignment rules; and objects (32, 33, 34, 35) assigned to the specific object category are detected based on those environment data that do not relate to geographical regions (37, 38, 39) assigned to the negatively assigned specific region category.
Method for operating a cutting device, which is designed for cutting a process material, particularly foodstuff and which comprises at least one cutting tool in the embodiment of a blade, which is driven by a drive device and to which ultrasonic energy is supplied from an ultrasound unit via at least one energy converter and a coupling element, characterised in that a control unit is provided, which controls the ultrasound unit during cutting of the process material in such a way, that the frequency of the ultrasonic energy, which is supplied to the blade via only one coupling element, is keyed between at least a first and a second operating frequency (fla, f1b) or that the ultrasonic energy is supplied to the blade via a first coupling element with a first operating frequency and via a second coupling element with a second operating frequency, which first and second frequencies are fixed or keyed between at least two operating frequencies (f1, f2 or f1a, f1b; f2a, f2b).
A lavatory comprising: a vanity including a wash basin; and a handle assembly; characterized in that: said lavatory is a vehicle lavatory; said handle assembly is connected to a portion of the wash basin, wherein said portion of said wash basin includes an outer rim and said handle assembly fits directly over and onto said outer rim, wherein the handle assembly provides an ergonomic shape that is configured to be grasped and comfortably held by a human hand; and said handle assembly includes a seal member that sealingly connects said handle assembly to said portion of said wash basin. a vanity including a wash basin; and a handle assembly; characterized in that: said lavatory is a vehicle lavatory; said handle assembly is connected to a portion of the wash basin, wherein said portion of said wash basin includes an outer rim and said handle assembly fits directly over and onto said outer rim, wherein the handle assembly provides an ergonomic shape that is configured to be grasped and comfortably held by a human hand; and said handle assembly includes a seal member that sealingly connects said handle assembly to said portion of said wash basin. said lavatory is a vehicle lavatory; said handle assembly is connected to a portion of the wash basin, wherein said portion of said wash basin includes an outer rim and said handle assembly fits directly over and onto said outer rim, wherein the handle assembly provides an ergonomic shape that is configured to be grasped and comfortably held by a human hand; and said handle assembly includes a seal member that sealingly connects said handle assembly to said portion of said wash basin.
Medical bathing device for the treatment of body limbs with an active substance-containing liquid bathing solution, comprising: (a) a treatment chamber that is open at the top for accommodation of one or more body limbs; (b) a reaction vessel for preparation of the active substance-containing bathing solution; (c) a system for pumping and/or circulating the active substance-containing bathing solution; (d) a shower device; and (e) a vessel or a device for accommodation of the spent bathing solution, which is connected to the treatment chamber such as to be liquid-conducting and detachable; whereby the active substance-containing bathing solution prepared in the reaction vessel is transported via a hose line through the circulating/pump system to the shower device, characterized in that the reaction vessel is designed as a closed container that comprises at least one inlet and one outlet each for the bathing solution and in addition comprises one or more UV light sources for photolysis of NO donors in the bathing solution; and the shower device is a portable shower head that is designed to be separate from the treatment chamber. (a) a treatment chamber that is open at the top for accommodation of one or more body limbs; (b) a reaction vessel for preparation of the active substance-containing bathing solution; (c) a system for pumping and/or circulating the active substance-containing bathing solution; (d) a shower device; and (e) a vessel or a device for accommodation of the spent bathing solution, which is connected to the treatment chamber such as to be liquid-conducting and detachable;
A battery module constructed in a structure in which a plurality of plate-shaped battery cells are sequentially stacked in a module case, wherein each of the plate- shaped battery cells includes an electrode assembly of a cathode/separator/anode structure mounted in a battery case formed of a laminate sheet including a resin layer and a metal layer, a plurality of heat dissipation members are disposed at two or more interfaces between the battery cells, and a heat exchange member integrally interconnecting the heat dissipation members is mounted to one side of a stack of the battery cells, whereby heat generated from the battery cells during the charge and discharge of the battery cells is removed by the heat exchange member, characterized in that each of the battery cells is mounted in a frame-type battery cartridge, and in that the cartridge includes at least one pair of plate-shaped frames (300, 300') for fixing edges of each of the battery cells in a state in which at least one side of each of the battery cells is exposed, and each of the frames (300, 300') is provided at the outer surface thereof with elastically pressing members (310, 320, 310', 320') for fixing the corresponding heat dissipation member to the exposed side of each of the battery cells in a tight contact fashion.