mhurhangee/ep-ind-claims huggingface dataset:
A treatment device for the treatment of a metal article for treatment, wherein the treatment comprises at least pickling and phosphating of the article for treatment, wherein the treatment device comprises at least the following specified apparatus: a treatment container for receiving the article for treatment and for receiving a flowable treatment substance, a pump apparatus for circulating at least a proportion of the treatment substance, wherein the treatment substance can flow around at least a portion of the article for treatment, in particular the entire article for treatment, characterized in that a swirling apparatus is provided to swirl up impurities, in particular solid particles, being deposited in the region of the floor of the treatment device, wherein the swirling apparatus comprises at least one provision apparatus and a fluid conducting element having a plurality of outlet openings for supplying a swirling fluid to the treatment substance, wherein the swirling fluid can be supplied through the provision apparatus to the fluid conducting element at a pressure of more than 2 bar, wherein the fluid conducting element is formed by a plurality of conduit sections which can be uncoupled from each other by means of valve apparatus, wherein at least the majority of the conduit sections are disposed in the region of the floor of the treatment container, wherein the swirling fluid is air. a treatment container for receiving the article for treatment and for receiving a flowable treatment substance, a pump apparatus for circulating at least a proportion of the treatment substance, wherein the treatment substance can flow around at least a portion of the article for treatment, in particular the entire article for treatment, characterized in that a swirling apparatus is provided to swirl up impurities, in particular solid particles, being deposited in the region of the floor of the treatment device, wherein the swirling apparatus comprises at least one provision apparatus and a fluid conducting element having a plurality of outlet openings for supplying a swirling fluid to the treatment substance, wherein the swirling fluid can be supplied through the provision apparatus to the fluid conducting element at a pressure of more than 2 bar, wherein the fluid conducting element is formed by a plurality of conduit sections which can be uncoupled from each other by means of valve apparatus, wherein at least the majority of the conduit sections are disposed in the region of the floor of the treatment container, wherein the swirling fluid is air.
Device (1, 26, 36, 49, 66) for arranging a passenger restraint system in a means of transport, in order to secure a person sitting in the means of transport by means of the passenger restraint system, wherein the device comprises a support arrangement (2, 37, 67) with a vertical support (3, 4; 38, 39; 59; 68, 69), wherein the vertical support (3, 4; 38, 39; 59; 68, 69) is designed as a hollow profile which is closed or mostly closed peripherally to the longitudinal axis of the vertical support (3, 4; 38, 39; 59; 68, 69), characterised in that the vertical support (3, 4; 38, 39; 59; 68, 69) is provided with a material recess in a wall of the vertical support (3, 4; 38, 39; 59; 68, 69), wherein the material recess is designed to be slit-like in a wall of the vertical support (3, 4; 38, 39; 59; 68, 69), wherein the material recess extends at the relevant point of the vertical support over a front side of the vertical support (3, 4; 38, 39; 59; 68, 69) and over a least one lateral area of the vertical support (3, 4; 38, 39; 59; 68, 69) adjoining the front side.
A machine tool comprising: - at least one work head adapted to support at least one tool; - at least one workpiece holder comprising at least two substantially parallel beams arranged at a distance adjustable orthogonally to the longitudinal extension of the beams; - on each beam at least one carriage movable along the longitudinal extension of the beam and provided with a respective actuator controlling the movement of the carriage along the respective beam, the actuator being integrally movable with the carriage; wherein to each carriage a flexible member is associated, forming a guide that contains cables for powering the actuator, the flexible member having two branches (61C, 61D); characterized in that: the flexible member is arranged on an outer side of the beam; the two branches (61C, 61D) of the flexible member are put over each other, such that the flexible member is contained in a volume whose vertical dimension is defined by the outer parallel surfaces of the upper branch and lower branch of the flexible member, respectively, and whose width is defined by the size of the flexible member in a direction orthogonal to the longitudinal extension of the respective beam; the actuator of each carriage is arranged between the two overlying branches of the flexible member such as to be completely contained within said vertical dimension defined by the upper surface of the upper branch and the lower surface of the lower branch of the flexible member; and in a top view each actuator and the respective flexible member are at least partially overlapped. - at least one work head adapted to support at least one tool; - at least one workpiece holder comprising at least two substantially parallel beams arranged at a distance adjustable orthogonally to the longitudinal extension of the beams; - on each beam at least one carriage movable along the longitudinal extension of the beam and provided with a respective actuator controlling the movement of the carriage along the respective beam, the actuator being integrally movable with the carriage;
A wireless temperature monitor probe, comprising: a spike for insertion into an object for which a core temperature is to be monitored, the spike having a temperature monitoring region; a head at a proximal end of the spike, wherein the head is for remaining outside the object; a circuit (L,C) having a temperature-dependent characteristic, wherein the circuit includes a sensor inductor coil for wireless interrogation by an external detector unit thereby to determine the temperature at the temperature monitoring region, wherein the sensor inductor coil is located in the head, and characterized in that the spike has an elongate axis which is offset from a plane of the sensor inductor coil. a spike for insertion into an object for which a core temperature is to be monitored, the spike having a temperature monitoring region; a head at a proximal end of the spike, wherein the head is for remaining outside the object; a circuit (L,C) having a temperature-dependent characteristic, wherein the circuit includes a sensor inductor coil for wireless interrogation by an external detector unit thereby to determine the temperature at the temperature monitoring region, wherein the sensor inductor coil is located in the head, and characterized in that the spike has an elongate axis which is offset from a plane of the sensor inductor coil.
A method of proximate communication between a user device and a target device, the method comprising using the target device to perform the following steps: receiving a detection communication from the user device; transmitting a detection response communication to indicate a presence of the target device; receiving an identity inquiry communication from the user device; transmitting an identity inquiry response communication to identify the target device; receiving an information request communication including a request for information pertaining to the target device from the user device; transmitting an information request response communication including a response to the request for information pertaining to the target device; receiving an operation request communication pertaining to an operation to be performed on the target device from the user device; and transmitting an operation request response communication including information pertaining to the operation to be performed on the target device; characterized by: in response to an operation request communication from the user device, accessing a target device query application stored on a memory device of the target device and, by a target device response component of the target device, executing a test routine to generate information pertaining to the target device, and generating an operation request response communication including the results of the test routine for transmission to the user device. receiving a detection communication from the user device; transmitting a detection response communication to indicate a presence of the target device; receiving an identity inquiry communication from the user device; transmitting an identity inquiry response communication to identify the target device; receiving an information request communication including a request for information pertaining to the target device from the user device; transmitting an information request response communication including a response to the request for information pertaining to the target device; receiving an operation request communication pertaining to an operation to be performed on the target device from the user device; and transmitting an operation request response communication including information pertaining to the operation to be performed on the target device; characterized by: in response to an operation request communication from the user device, accessing a target device query application stored on a memory device of the target device and, by a target device response component of the target device, executing a test routine to generate information pertaining to the target device, and generating an operation request response communication including the results of the test routine for transmission to the user device.
A transmission power control method of controlling transmission power of a mobile station in a mobile communication system in which transmission power control information to be used in a transmission power control operation at the mobile station is transmitted from a base station, and signal transmission and reception are performed between the base station and the mobile station to establish synchronization, before information data transmission is started between the base station and the mobile station, the method characterised by the step of at a time when synchronization with a signal from the base station is established at the mobile station, starting to autonomously control transmission power based on moderate transmission power control information generated by the mobile station, instead of the transmission power control information transmitted from the base station and designed to continuously increase the transmission power, the moderate transmission power control information being a bit pattern in which two or three bits indicating power increases and a single bit indicating a power decrease or maintenance appear alternately.
Traction battery for a battery-electric powered mobile working machine, in particular an industrial truck, which is configured as a high-power battery and has a battery tray within which modules are arranged, which modules are each constructed from at least one battery cell, wherein a braking resistor which is configured as a power resistor is integrated into the traction battery, wherein the traction battery is a lithium-ion battery, characterized in that a recuperation current which is generated by electric braking can be conducted to the traction battery in each case and division between possible charging of the traction battery and diversion into the braking resistor is automatically performed by a battery management system, wherein a portion or all of the recuperation current which cannot be received by the traction battery by charging of the modules or battery cells, is conducted into the braking resistor.
A device comprising: a communication interface; a memory configured to store a plurality of USB descriptors accessible by a host computing system communicatively connected to the communication interface, the plurality of descriptors including: an extended capability descriptor including a header and at least one element, wherein the extended capability descriptor includes at least one element indicating the existence of an alternate extended descriptor set, characterized in that the extended capability descriptor provides an identification of a minimum operating system version able to support the alternate extended descriptor set; and one or more extended descriptors included in the alternate extended descriptor set, the one or more extended descriptors recognizable to a host computing system executing at least the minimum operating system version and useable to enumerate the device thereon. a communication interface; a memory configured to store a plurality of USB descriptors accessible by a host computing system communicatively connected to the communication interface, the plurality of descriptors including: an extended capability descriptor including a header and at least one element, wherein the extended capability descriptor includes at least one element indicating the existence of an alternate extended descriptor set, characterized in that the extended capability descriptor provides an identification of a minimum operating system version able to support the alternate extended descriptor set; and one or more extended descriptors included in the alternate extended descriptor set, the one or more extended descriptors recognizable to a host computing system executing at least the minimum operating system version and useable to enumerate the device thereon. an extended capability descriptor including a header and at least one element, wherein the extended capability descriptor includes at least one element indicating the existence of an alternate extended descriptor set, characterized in that the extended capability descriptor provides an identification of a minimum operating system version able to support the alternate extended descriptor set; and one or more extended descriptors included in the alternate extended descriptor set, the one or more extended descriptors recognizable to a host computing system executing at least the minimum operating system version and useable to enumerate the device thereon.
Device for illuminating two surfaces arranged at an angle to each other which form wall and floor surfaces (2, 3) and go beyond the angled transition between the upright wall and the adjoining floor, with at least one spotlight which is arranged on the upper end region of the wall surface which is to be illuminated, spaced apart from said wall surface, and which has at least one light source and one deflecting optical system comprising a reflector, wherein the deflecting optical system captures light emitted by the light source and emits it on both surfaces in the form of a beam, so that one surface area (4, 5) each is illuminated on both surfaces, wherein the beam comprises an indirect light component reflected by the deflecting optical system and a direct light component unreflected by the deflecting optical system, wherein the direct light component falls only on one of the two surfaces, characterised in that the deflecting optical system is designed to limit the unreflected direct light component such that an edge of the surface area lit by the direct light component extends along the angled transition between the two surfaces, the indirect light component and the direct light component being partially superposed on each other, the deflecting optical system comprising a reflector which is multi-shelled and/or subdivided into a plurality of segments, with a first reflector surface segment transforming the captured light into an indirect light component which lights the surface area on a first one of the two surfaces, while a second reflector surface segment transforms the captured light into an indirect light component which lights the surface area on the other one of the two surfaces.
A method of producing a flexible display tile, the method comprising, in sequence: - in a first step, providing a plurality of luminous sources (801, 802, 803, 804) and electronic components on a flexible substrate; - followed by, in a second step, arranging each one of a plurality of elongate enclosures around one or more of said luminous sources (801, 802, 803, 804) and electronic components with their longest side aligned in a common direction of the flexible display tile; and - followed by, in a third step, filling said enclosures with a potting material. - in a first step, providing a plurality of luminous sources (801, 802, 803, 804) and electronic components on a flexible substrate; - followed by, in a second step, arranging each one of a plurality of elongate enclosures around one or more of said luminous sources (801, 802, 803, 804) and electronic components with their longest side aligned in a common direction of the flexible display tile; and - followed by, in a third step, filling said enclosures with a potting material.
A conductive structure body comprising: a substrate; a conductive pattern provided on the substrate; and a darkened pattern provided on at least one surface of the conductive pattern and consisting of CuO, wherein the conductive pattern has a line width of 10 μm or less, the darkened pattern has a thickness from 20 nm to 60 nm, and the conductive structure body has an average refractive index from 2 to 3 and an average extinction coefficient (k) from 0.2 to 1.5 in a visible light region having a wavelength from 360 nm to 820 nm. a substrate; a conductive pattern provided on the substrate; and a darkened pattern provided on at least one surface of the conductive pattern and consisting of CuO, wherein the conductive pattern has a line width of 10 μm or less, the darkened pattern has a thickness from 20 nm to 60 nm, and the conductive structure body has an average refractive index from 2 to 3 and an average extinction coefficient (k) from 0.2 to 1.5 in a visible light region having a wavelength from 360 nm to 820 nm.
Use of from 20-50ppm of cellobiose as an off-taste masking agent for high-intensity sweetener in a comestible composition comprising high-intensity sweetener.
A composite structure, comprising: a braid (56, 58) that is formed into a winding, wherein the braid (56, 58) contains, or is formed from, a unidirectional tape wherein the unidirectional tape is constructed of unidirectional fibers, wherein the braid (56, 58) is one of a biaxial braid and a triaxial braid. a braid (56, 58) that is formed into a winding, wherein the braid (56, 58) contains, or is formed from, a unidirectional tape wherein the unidirectional tape is constructed of unidirectional fibers, wherein the braid (56, 58) is one of a biaxial braid and a triaxial braid.
A separator for an electrochemical device, comprising: a porous substrate having pores; and a porous coating layer formed on at least one surface of the porous substrate and made from a mixture of inorganic particles and a binder polymer, wherein the content of the binder polymer is 2 to 30 parts by weight per 100 parts by weight of the inorganic particles, wherein the binder polymer contains a copolymer of (a) a first monomer unit with at least one of an amine group and an amide group at a side chain, and (b) a second monomer unit of at least one selected from the group consisting of acrylate and methacrylate with an alkyl group having 1 to 14 carbon atoms, characterized in that the content of the first monomer unit is 10 to 80 mol% per the whole copolymer, and the content of the second monomer unit is 20 to 90 mol% per the whole copolymer; and the porous coating layer has a packing density of 0.40 × D inorg ≤ D≤ 0.70 × D inorg, where where D = Sg − Fg / St − Ft, Sg is a weight in g of a unit area in m 2 of the separator having the porous coating layer formed on the porous substrate, Fg is a weight in g of a unit area in m 2 of the porous substrate, St is a thickness in μ m of the separator having the porous coating layer formed on the porous substrate, Ft is a thickness in μ m of the porous substrate, and D inorg is a density in g/m 2 / μ m of the used inorganic particles. a porous substrate having pores; and a porous coating layer formed on at least one surface of the porous substrate and made from a mixture of inorganic particles and a binder polymer, wherein the content of the binder polymer is 2 to 30 parts by weight per 100 parts by weight of the inorganic particles, Sg is a weight in g of a unit area in m 2 of the separator having the porous coating layer formed on the porous substrate, Fg is a weight in g of a unit area in m 2 of the porous substrate, St is a thickness in μ m of the separator having the porous coating layer formed on the porous substrate, Ft is a thickness in μ m of the porous substrate, and D inorg is a density in g/m 2 / μ m of the used inorganic particles.
Process for the preparation of disposable cutting blades with profiled cross section for an equipment for the chipping of wood, characterized in that in a first step a raw material consisting of curable steel or of a curable alloy in the soft tempered state and with machined surface is heated to a temperature of above room temperature, but below transformation temperature Ac 1, i.e. in the zone of the body centred cubic atomic structure of the raw material, and is rolled to yield a profiled raw part with at least one dimensionally accurate guiding track in the cross section in the base body and with increased thickness of at least one edge area, preferably with overfilled bore, following which in a second step, if necessary following an interim storage, a chip cutting machining of at least one edge area in longitudinal direction of the profiled raw part takes place with the provision that a cutting edge and carving edges perpendicularly distanced thereto are formed and that the cutting edge burr is removed, following which in a third step, if necessary with an intermediate buffer, the edge areas of the cutting blade are cured during transport.
Lifting apparatus (2; 102) for use to move goods between first and second, spaced apart, goods storage areas (6,8; 114,120), said apparatus provided to bridge the space between said first and second goods storage areas, said lifting apparatus including a platform (20;110) to allow goods thereon to be moved, if required, to different height levels, with a first height level being a storage floor (14,16;122) of a first goods storage area (6; 114) and a second height level differing from the first, being a storage floor (10;126) of the second goods storage area (8;120), wherein there is provided a gap between one end of the platform and the end of the apparatus which lies adjacent the second goods storage area, said apparatus including in said gap a floor which, at least adjacent the second goods storage area, is at a height substantially in line with the floor of the second goods storage area (8;120), characterised in that the floor is provided on support means which allow the selective adjustment of the height of the floor with regard to the second goods storage area and, once the particular height has been selected to match the floor height with the height of the second goods storage area, the position of the floor can be locked for subsequent use, and wherein the apparatus includes a drive means for movement of the platform, said drive means being located on a frame of the apparatus, which frame surrounds the platform (20;110) at a location which is above the height of the floor of the second goods storage area.