mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling and gas dehumidification system comprising: a cooling circuit in which a thermal fluid is circulated, and a cooling arrangement arranged in the cooling circuit and adapted to cool the thermal fluid flowing through the cooling circuit , a consumer arranged to deliver thermal energy to the thermal fluid flowing through the cooling circuit , and a gas dehumidifier having a heat exchanger arrangement , the heat exchanger arrangement being arranged, in a gas dehumidification operating state, to be thermally coupled to the thermal fluid flowing through the cooling circuit downstream of the cooling arrangement and having a first temperature (T1) and, in the process, to emit thermal energy to the thermal fluid and, in a deicing operating state, being thermally coupled to the thermal fluid flowing through the cooling circuit downstream of the consumer and having a second temperature (T2), thereby receiving thermal energy from the thermal fluid, the second temperature (T2) being higher than the first temperature (T1). a cooling circuit in which a thermal fluid is circulated, and a cooling arrangement arranged in the cooling circuit and adapted to cool the thermal fluid flowing through the cooling circuit , a consumer arranged to deliver thermal energy to the thermal fluid flowing through the cooling circuit , and a gas dehumidifier having a heat exchanger arrangement , the heat exchanger arrangement being arranged, in a gas dehumidification operating state, to be thermally coupled to the thermal fluid flowing through the cooling circuit downstream of the cooling arrangement and having a first temperature (T1) and, in the process, to emit thermal energy to the thermal fluid and, in a deicing operating state, being thermally coupled to the thermal fluid flowing through the cooling circuit downstream of the consumer and having a second temperature (T2), thereby receiving thermal energy from the thermal fluid, the second temperature (T2) being higher than the first temperature (T1).
A method for recycling thermosetting powder paint wastes which is carried out in an injection molding device which is equipped with a screw for plasticizing a part made of a thermoplastic material and which comprises at least the following steps: a) a mixture is provided containing pellets of thermosetting powder paint wastes, granules of thermoplastic material; b) the plasticizing screw of said injection molding device is fed with said mixture; c) said mixture is led to the front of the plasticizing screw; then d) said mixture is injected into a mold having the desired shape of the part to be molded so as to obtain a molded part made of the thermoplastic material. a) a mixture is provided containing pellets of thermosetting powder paint wastes, granules of thermoplastic material; b) the plasticizing screw of said injection molding device is fed with said mixture; c) said mixture is led to the front of the plasticizing screw; then d) said mixture is injected into a mold having the desired shape of the part to be molded so as to obtain a molded part made of the thermoplastic material.
Method for producing beverage containers comprising the steps of: - delivering the plastic parisons to a transforming device ; - transforming the plastic parisons into the plastic containers by means of the transforming device ; - transporting the plastic containers to a filling device ; - filling the plastic containers with a liquid by means of the filling device , wherein this filling device has a storage container for the liquid to be bottled; - closing the filled containers with closures, wherein a product change from first containers to be filled with a first liquid to second containers to be filled with a second liquid is carried out, and wherein for the purpose of this product change a desired quantity of the beverage containers to be filled with the first liquid is determined and a residual quantity of the first liquid to be bottled is determined, in order thus in the context of the product change to enable a most extensive consumption possible of the first liquid to be bottled, the first containers or the first container closures, wherein it is determined by the user whether the first liquid to be bottled, the first beverage containers or the first container closures are to be consumed as far as possible, wherein at least the components which are not completely consumed are discharged before the product change, wherein container closures, the containers and the liquid to be bottled are product components, characterized in that the delivery of the plastic parisons with/via a plastic parison channel to the transforming device is not interrupted during a product change, but the plastic parisons are transported seamlessly, i.e. the last "old" plastic parison of the first product is followed directly by a first new plastic parison , i.e. the first plastic parison which serves for the new product, so that during changing of the plastic parisons the plastic parison channel upstream of the transforming device is not run empty, and in this way the old plastic parisons serve as a support for the new plastic parisons , and wherein the old plastic parisons are automatically discharged in the plastic parison channel before an oven of the transforming device for heating of the plastic parisons, when they bring the new plastic parisons to the blow moulding machine. - delivering the plastic parisons to a transforming device ; - transforming the plastic parisons into the plastic containers by means of the transforming device ; - transporting the plastic containers to a filling device ; - filling the plastic containers with a liquid by means of the filling device , wherein this filling device has a storage container for the liquid to be bottled; - closing the filled containers with closures,
A device for handling volatile powders comprising a hermetically sealed enclosure comprising a hatch for closing an opening disposed through a wall of the hermetically sealed enclosure , outside the hermetically sealed enclosure , the device comprising: - a flexible container intended for receiving a package containing volatile powders ; - a sealed fastener for the flexible container with an opening that sealably conforms to the opening of the hermetically sealed enclosure ; - a movable support , on which the flexible container rests; - a mechanism for translationally moving the movable support towards the opening of the hermetically sealed enclosure ; the device being characterised in that it comprises: - a telescopic skirt disposed so as to surround the flexible container , the telescopic skirt being fixed, on the one hand, to the support and, on the other hand, to the wall of the hermetically sealed enclosure , the telescopic skirt being configured to retract and expand as a function of movements of the support , while maintaining a substantially tubular shape and a cross-section with a substantially constant shape around the flexible container . - a flexible container intended for receiving a package containing volatile powders ; - a sealed fastener for the flexible container with an opening that sealably conforms to the opening of the hermetically sealed enclosure ; - a movable support , on which the flexible container rests; - a mechanism for translationally moving the movable support towards the opening of the hermetically sealed enclosure ; - a telescopic skirt disposed so as to surround the flexible container , the telescopic skirt being fixed, on the one hand, to the support and, on the other hand, to the wall of the hermetically sealed enclosure , the telescopic skirt being configured to retract and expand as a function of movements of the support , while maintaining a substantially tubular shape and a cross-section with a substantially constant shape around the flexible container .
A seat having a base support extending under a base of the seat and a squab support extending behind a squab of the seat, the squab support being integral with the base support , the seat presenting a base seating surface upward of the base support and a squab seating surface forward of the squab support, and the seat comprising: a first inflatable bladder located in a thoracic region of the seat; and a second inflatable bladder located in a lumbar region of the seat and having a fixed position relative to the squab support; wherein the first bladder and second bladder are both disposed between the squab support and the squab seating surface for permitting adjustment of the inclination of the squab seating surface relative to the base seating surface. a first inflatable bladder located in a thoracic region of the seat; and a second inflatable bladder located in a lumbar region of the seat and having a fixed position relative to the squab support; wherein the first bladder and second bladder are both disposed between the squab support and the squab seating surface for permitting adjustment of the inclination of the squab seating surface relative to the base seating surface.
Refrigerator comprising: - a cooling chamber ; - a cold storage chamber in fluid communication with a top section and with a bottom section of the cooling chamber for housing a cold storage; - a cold storage in the cold storage chamber ; - a fan for circulating air through the cooling chamber and the cold storage chamber and configured to blow air from the cold storage chamber into the cooling chamber ; - a vapour compression system connectable to the mains comprising an evaporator in the cold storage chamber ; - a battery operatively connected to the fan ; and - a control unit configured to activate the battery to feed the fan in the event of a power failure of the mains, characterised in that the cold storage has a heat exchange surface between 4 m2 per m3 of cooling chamber volume and 12 m2 per m3 of cooling chamber volume. - a cooling chamber ; - a cold storage chamber in fluid communication with a top section and with a bottom section of the cooling chamber for housing a cold storage; - a cold storage in the cold storage chamber ; - a fan for circulating air through the cooling chamber and the cold storage chamber and configured to blow air from the cold storage chamber into the cooling chamber ; - a vapour compression system connectable to the mains comprising an evaporator in the cold storage chamber ; - a battery operatively connected to the fan ; and - a control unit configured to activate the battery to feed the fan in the event of a power failure of the mains,
Strapping apparatus for strapping an article using a strap which can be drawn off from a reel which can be rotated about an axis of rotation, comprising a framework having a device for delivering and back-tensioning the strap and also a holder with a rotatable bearing journal , which forms the axis of rotation and is intended to accommodate the reel in a releasable manner, wherein, in the operating position, the bearing journal runs horizontally, characterized in that the holder can be pivoted laterally upwards out of the framework into a non-operating position, in which the bearing journal has been pivoted out of the horizontal position, wherein the holder , comprising a holder frame , can be pivoted between the operating position and the non-operating position by an operator, and an operator-actuable handle is provided for pivoting the holder between the operating position and the non-operating position, said handle either being fastened on the holder frame itself and projecting laterally beyond the reel , in which case the handle can also be actuated by the foot, at least for pivoting into the operating position, or being a pivoting-lever mechanism coupled to the holder frame or a pedal mechanism coupled to the holder frame.
Method for displaying at least one property of an optically determined surface geometry of at least one three-dimensional object, in particular a tooth, on a display, in particular a computer screen, characterized in that in a defined region of the surface geometry, it is checked whether a defined criterion is met, in that the defined region is a voxel, in that a number of optically determined data of the defined region is a criterion, in that a property is assigned to a set of defined regions of the surface geometry if all regions of the set meet the criterion, in that the property is displayed graphically in a defined manner, and in that different properties are displayed graphically in different ways.
A method to prevent lost circulation of a drilling fluid in a wellbore, comprising: introducing an altered drilling fluid into the wellbore while drilling such that a loss prevention material (LPM) contacts a loss zone, wherein the altered drilling fluid comprises the drilling fluid and the LPM, wherein the LPM comprises: a first plurality of particles produced from date tree seeds; a second plurality of particles produced from date tree rachis, date tree leaves, or a combination thereof, and a third plurality of particles produced from scrap tires. a first plurality of particles produced from date tree seeds; a second plurality of particles produced from date tree rachis, date tree leaves, or a combination thereof, and a third plurality of particles produced from scrap tires.
A driving tool which includes an air duster structure that is configured to jet compressed air out of a nozzle and that is provided with a flow amount adjustment mechanism provided inside a housing of a tool body for adjusting an amount of the compressed air jetted out of the nozzle , and which is configured to eject a fastener by using the compressed air, wherein the flow amount adjustment mechanism includes: an operation portion ; a pipe line for circulating air; and a valve member which is configured to move in the pipe line with an operation to the operation portion , wherein, when the operation portion is operated, the compressed air is jetted out of the nozzle , and, when the operation portion is operated, the valve member moves in the pipe line , and an area of a flow channel in which air circulates is changed with the movement of the valve member so that a flow amount of the air in the pipe line is adjusted, characterized in that the flow amount adjustment mechanism includes at least two throttle portions configured to gradually change areas of flow channels in which air circulates, with the movement of the valve member , to control the flow amount of the air in the pipe line , and change amounts of the areas of the flow channels of the throttle portions with respect to the movement amount of the valve member are different from each other. an operation portion ; a pipe line for circulating air; and a valve member which is configured to move in the pipe line with an operation to the operation portion , wherein,
A method for transmitting data performed by a first terminal in a wireless communication system, the method comprising: identifying scheduling assignment information (SA1, SA2) for transmitting the data; identifying cyclic redundancy check, CRC, information based on the scheduling assignment information; transmitting the scheduling assignment information and the CRC information to a second terminal in a first subframe; and transmitting the data and a demodulation reference signal, DMRS, for the data to the second terminal based on the scheduling assignment information in the first subframe, wherein the CRC information being 16 bits is determined based on all information fields in the scheduling assignment information, and wherein a scrambling code for the data, a parameter fss for a root sequence of the DMRS, a orthogonal cover code, OCC, for the DMRS, and a cyclic shift, CS, for the DMRS are directly defined according to the CRC information and wherein the CRC information is directly used to substitute a group destination identifier to generate the scrambling code, in case that the scheduling assignment information, the data and the DMRS is transmitted in the same subframe. identifying scheduling assignment information (SA1, SA2) for transmitting the data; identifying cyclic redundancy check, CRC, information based on the scheduling assignment information; transmitting the scheduling assignment information and the CRC information to a second terminal in a first subframe; and transmitting the data and a demodulation reference signal, DMRS, for the data to the second terminal based on the scheduling assignment information in the first subframe, wherein the CRC information being 16 bits is determined based on all information fields in the scheduling assignment information, and wherein a scrambling code for the data, a parameter fss for a root sequence of the DMRS, a orthogonal cover code, OCC, for the DMRS, and a cyclic shift, CS, for the DMRS are directly defined according to the CRC information and wherein the CRC information is directly used to substitute a group destination identifier to generate the scrambling code, in case that the scheduling assignment information, the data and the DMRS is transmitted in the same subframe.
Method for operating a microlithographic projection exposure apparatus comprising the following steps: a) illuminating a facet mirror with projection light (PL) having a center wavelength between 5 nm and 30 nm, wherein - the facet mirror comprises a plurality of adjustable mirror facets , and wherein - groups of adjacent mirror facets form regions which are imaged by an optical unit onto an object plane of a projection objective of the projection exposure apparatus in such a way that in the object plane the images of the regions are superimposed in an object field ; b) illuminating an illumination field with projection light (PL), wherein the illumination field is identical to the object field or to a part thereof; c) moving a mask , containing structures to be imaged, in the object plane of the projection objective in such a way that the illumination field scans over the mask ; characterized in that during step c) the size of the illumination field is varied by individually adjusting at least one mirror facet . a) illuminating a facet mirror with projection light (PL) having a center wavelength between 5 nm and 30 nm, wherein - the facet mirror comprises a plurality of adjustable mirror facets , and wherein - groups of adjacent mirror facets form regions which are imaged by an optical unit onto an object plane of a projection objective of the projection exposure apparatus in such a way that in the object plane the images of the regions are superimposed in an object field ; - the facet mirror comprises a plurality of adjustable mirror facets , and wherein - groups of adjacent mirror facets form regions which are imaged by an optical unit onto an object plane of a projection objective of the projection exposure apparatus in such a way that in the object plane the images of the regions are superimposed in an object field ; b) illuminating an illumination field with projection light (PL), wherein the illumination field is identical to the object field or to a part thereof; c) moving a mask , containing structures to be imaged, in the object plane of the projection objective in such a way that the illumination field scans over the mask ;
A gripping attachment device suitable to facilitate handling a medication bottle , the medication bottle including a container having a cylindrical wall extending parallel to a longitudinal axis, the container being closed at one end by a base wall and having an opposed open end, the container receiving a cap on the open end to enclose the container, said attachment device comprising: a sleeve portion having a sleeve wall defining an internal, cylindrical surface configured to removably attach to the container wall to inhibit relative movement therebetween; and a leverage component connected to said sleeve portion to facilitate gripping said sleeve portion, wherein: - said sleeve portion includes a bottom wall at least partially covering the base wall when received upon a container; - the bottom wall includes a central opening enabling contact of the base wall of the container through the opening; and - said sleeve portion includes a radially-enlarged base which comprises a surface structure suitable for containing a syringe . a sleeve portion having a sleeve wall defining an internal, cylindrical surface configured to removably attach to the container wall to inhibit relative movement therebetween; and a leverage component connected to said sleeve portion to facilitate gripping said sleeve portion, wherein: - said sleeve portion includes a bottom wall at least partially covering the base wall when received upon a container; - the bottom wall includes a central opening enabling contact of the base wall of the container through the opening; and - said sleeve portion includes a radially-enlarged base which comprises a surface structure suitable for containing a syringe . - said sleeve portion includes a bottom wall at least partially covering the base wall when received upon a container; - the bottom wall includes a central opening enabling contact of the base wall of the container through the opening; and - said sleeve portion includes a radially-enlarged base which comprises a surface structure suitable for containing a syringe .
A system comprising: a sensor for sensing sweat droplets; an apparatus for receiving sweat from one or more sweat glands and transporting said sweat as discrete sweat droplets to the sensor; and a processor configured to: record the sweat droplets sensed by the sensor during a time period; determine time intervals between consecutive sensed sweat droplets during the time period; characterized in that the processor is further configured to identify, using the time intervals, at least one active period of each of the one or more sweat glands during which the respective sweat gland is excreting sweat, and at least one rest period of each of the one or more sweat glands during which the respective sweat gland is not excreting sweat, the active and rest periods being assigned to said one or more sweat glands. a sensor for sensing sweat droplets; an apparatus for receiving sweat from one or more sweat glands and transporting said sweat as discrete sweat droplets to the sensor; and a processor configured to: record the sweat droplets sensed by the sensor during a time period; determine time intervals between consecutive sensed sweat droplets during the time period; characterized in that the processor is further configured to identify, using the time intervals, at least one active period of each of the one or more sweat glands during which the respective sweat gland is excreting sweat, and at least one rest period of each of the one or more sweat glands during which the respective sweat gland is not excreting sweat, the active and rest periods being assigned to said one or more sweat glands. record the sweat droplets sensed by the sensor during a time period; determine time intervals between consecutive sensed sweat droplets during the time period; characterized in that the processor is further configured to identify, using the time intervals, at least one active period of each of the one or more sweat glands during which the respective sweat gland is excreting sweat, and at least one rest period of each of the one or more sweat glands during which the respective sweat gland is not excreting sweat, the active and rest periods being assigned to said one or more sweat glands.