mhurhangee/patent-ind-claim-en huggingface dataset:
Construction machine, comprising an undercarriage in the form of a chassis, - an upper carriage arranged on the undercarriage, - a main drive unit comprising -- a main drive , -- a transfer case driven by the main drive , and -- at least one energy converter , which converts mechanical energy of the transfer case into a different energy form, -- wherein the main drive , the transfer case and the energy converter are enclosed and housed by a housing of the upper carriage, and - at least one consumption device , which is arranged outside the housing and is supplied with the converted energy from at least one of the energy converters , characterised in that - the main drive is a main electric motor and, as a main energy supply, a power line connection is provided, with which the main electric motor can be supplied with electricity with an external power source, and - outside the housing , for energy generation and for energy transfer into the housing , at least one auxiliary drive unit is arranged, by which the transfer case can additionally be driven in place of or in support of the main electric motor. - an upper carriage arranged on the undercarriage, - a main drive unit comprising -- a main drive , -- a transfer case driven by the main drive , and -- at least one energy converter , which converts mechanical energy of the transfer case into a different energy form, -- wherein the main drive , the transfer case and the energy converter are enclosed and housed by a housing of the upper carriage, and -- a main drive , -- a transfer case driven by the main drive , and -- at least one energy converter , which converts mechanical energy of the transfer case into a different energy form, -- wherein the main drive , the transfer case and the energy converter are enclosed and housed by a housing of the upper carriage, and - at least one consumption device , which is arranged outside the housing and is supplied with the converted energy from at least one of the energy converters , - the main drive is a main electric motor and, as a main energy supply, a power line connection is provided, with which the main electric motor can be supplied with electricity with an external power source, and - outside the housing , for energy generation and for energy transfer into the housing , at least one auxiliary drive unit is arranged, by which the transfer case can additionally be driven in place of or in support of the main electric motor.
A process for forming an aluminosilicate article comprising an aluminosilicate base material and an additive material, the process comprising the steps of: fusing the aluminosilicate base material to an optimal fusing amount by firing the aluminosilicate article to a first temperature, wherein the first temperature is reached in 12 minutes to 30 minutes from the start of the process, and wherein the optimal fusing amount comprises 50% to 85% of total possible fusing of the base material; melting the additive material at a second temperature that is 10°C to 20°C higher than the first temperature; holding the article at the second temperature for 2 minutes to 5 minutes; and cooling the article to ambient temperature over 4 minutes to 15 minutes, wherein the aluminosilicate base material comprises a recycled aluminosilicate comprising coal combustion waste; and wherein the additive material comprises natural aluminosilicates, quartz, dolomite, kaolin, alumina, bauxite, bentonite, feldspar, or mixtures thereof. fusing the aluminosilicate base material to an optimal fusing amount by firing the aluminosilicate article to a first temperature, wherein the first temperature is reached in 12 minutes to 30 minutes from the start of the process, and wherein the optimal fusing amount comprises 50% to 85% of total possible fusing of the base material; melting the additive material at a second temperature that is 10°C to 20°C higher than the first temperature; holding the article at the second temperature for 2 minutes to 5 minutes; and cooling the article to ambient temperature over 4 minutes to 15 minutes, wherein the aluminosilicate base material comprises a recycled aluminosilicate comprising coal combustion waste; and wherein the additive material comprises natural aluminosilicates, quartz, dolomite, kaolin, alumina, bauxite, bentonite, feldspar, or mixtures thereof.
Temperature adjustment device for the thermal conditioning of preforms made of a thermoplastic material for subsequent molding, comprising a transport device based on the rotary principle for transporting the preforms along a transport path, the transport path having at least one section with two adjacent transport lanes for transporting the preforms in two adjacent rows, so that each preform can be assigned to one of the two transport lanes , the temperature adjustment device further comprising heating elements arranged between the transport lanes for heating the preforms , the heating elements being arranged between the transport lanes in such a way that each heating element acts on preforms in both transport lanes , characterized in that the temperature adjustment device has at least one compensation device to compensate for temperature differences between the preforms assigned to the two transport lanes , which exclusively or more strongly acts on preforms associated to one of the two transport lanes for adjusting their temperature.
Assembly comprising: - a needle for administering a fluid, the needle comprising a hollow needle body to guide the fluid, the needle body being formed such that an inlet section of the needle body defines a first flow direction for the fluid and an outlet section of the needle body defines a second flow direction for the fluid, wherein the first flow direction is inclined with respect to the second flow direction, and wherein the needle body comprises a bend which connects the inlet section and the outlet section , - a needle unit comprising the needle , the needle being fixed to a needle hub , wherein the needle unit further comprises a needle housing which covers a part of the bend of the needle body , - a reservoir retaining a fluid, wherein the needle is fluidly connected to the reservoir, and - a housing , wherein the needle unit is mounted to the housing , wherein - the needle hub is axially secured but rotatable with respect to the housing , - the needle hub is rotatable around the first flow direction, - the needle is rotatable from an administration position to a storage position, and - the assembly is configured such that, when the needle is in the storage position, the needle is prevented from being visible for a user. - a needle for administering a fluid, the needle comprising a hollow needle body to guide the fluid, the needle body being formed such that an inlet section of the needle body defines a first flow direction for the fluid and an outlet section of the needle body defines a second flow direction for the fluid, wherein the first flow direction is inclined with respect to the second flow direction, and wherein the needle body comprises a bend which connects the inlet section and the outlet section , - a needle unit comprising the needle , the needle being fixed to a needle hub , wherein the needle unit further comprises a needle housing which covers a part of the bend of the needle body , - a reservoir retaining a fluid, wherein the needle is fluidly connected to the reservoir, and - a housing , wherein the needle unit is mounted to the housing , wherein - the needle hub is axially secured but rotatable with respect to the housing , - the needle hub is rotatable around the first flow direction, - the needle is rotatable from an administration position to a storage position, and - the assembly is configured such that, when the needle is in the storage position, the needle is prevented from being visible for a user.
A respirator mask for protecting a wearer against inhalation of noxious agents, the respirator mask comprising: - a facepiece ; - a visor connected to the facepiece; and - a filter mount (56 1 ) for mounting a filter to the respirator mask, the filter mount allowing a plurality of different types of filters to be mounted to the filter mount; characterized in that : the different types of filters include a threaded filter screwable into the filter mount and a threadless filter mountable to the filter mount without being screwed into the filter mount; and the filter mount comprises a threaded connector (58 1 ) for connecting the threaded filter and a threadless connector (58 2 ) for connecting the threadless filter. - a facepiece ; - a visor connected to the facepiece; and - a filter mount (56 1 ) for mounting a filter to the respirator mask, the filter mount allowing a plurality of different types of filters to be mounted to the filter mount;
Cable marker label for automated use for the labelling of electric cables, comprising a tube and a plate where said tube has a cavity , which is configured for the insertion and retention of an electric cable to be labelled, where said tube is overlaid by said plate ; where said tube is configured with a tubular section and is defined by an upper wall , a lower wall and a pair of side walls ; the side walls join with their ends opposite the corresponding and respective terminal ends of the upper wall with the terminal ends of the lower wall ; where said pair of side walls are opposite and symmetrical and each have profiling in the central area of their extension with a deformed section recessed towards the hollow central part of the cavity of the tube , where at least said deformed recessed section has a residual elastic memory after having been forced apart towards the outside of the tube by retraction devices for the insertion of an electric cable inside the tube ; furthermore, the surface of said deformed recessed section faces the inside of the cavity of the tube , which rests on the electric cable inserted into said cable tube so as to retain it; said upper wall of the tube , is joined, by means of a connection element, towards the outside of the tube , in an overlaid way, to said plate , whose outer surface , opposite to the one connecting with the tube , is a writable surface, which is a continuous and flat surface, in an position perpendicular to the main axis of the tube and passing through the upper wall and the lower wall , and where said connection element , between the tube and said plate, is present only in the central part of said tube and said plate and smaller by half than the entire width of the plate.
Method for manufacturing a base plate for an ostomy appliance , the method comprising: - positioning a coupling part , the coupling part defining a terminal interface region ; - positioning an electrode assembly having a distal side and a proximal side , wherein the electrode assembly is positioned such that the distal side of the electrode assembly is facing the coupling part , the electrode assembly comprises a support layer and one or more electrodes provided on a proximal side of the support layer, each of the one or more electrodes comprising a connection part ; - inserting one or more terminal elements through the electrode assembly such that a distal part of each of the one or more terminal elements extends into the terminal interface region and a proximal part of each of the one or more terminal elements extends to the proximal side of the electrode assembly , and such that the proximal part of each of the one or more terminal elements is electrically connected with a respective connection part of the one or more electrodes ; and - positioning a first adhesive layer with a distal side facing the proximal side of the electrode assembly , wherein the first adhesive layer is positioned after inserting the one or more terminal elements such that the proximal part of each of the one or more terminal elements is located between the first adhesive layer and the electrode assembly , the first adhesive layer comprising one or more water soluble or water swellable hydrocolloids. - positioning a coupling part , the coupling part defining a terminal interface region ; - positioning an electrode assembly having a distal side and a proximal side , wherein the electrode assembly is positioned such that the distal side of the electrode assembly is facing the coupling part , the electrode assembly comprises a support layer and one or more electrodes provided on a proximal side of the support layer, each of the one or more electrodes comprising a connection part ; - inserting one or more terminal elements through the electrode assembly such that a distal part of each of the one or more terminal elements extends into the terminal interface region and a proximal part of each of the one or more terminal elements extends to the proximal side of the electrode assembly , and such that the proximal part of each of the one or more terminal elements is electrically connected with a respective connection part of the one or more electrodes ; and - positioning a first adhesive layer with a distal side facing the proximal side of the electrode assembly , wherein the first adhesive layer is positioned after inserting the one or more terminal elements such that the proximal part of each of the one or more terminal elements is located between the first adhesive layer and the electrode assembly , the first adhesive layer comprising one or more water soluble or water swellable hydrocolloids.
A compressor comprising: a cylinder that defines a compression space for compressing a refrigerant; a piston configured to reciprocate in the cylinder along an axis of the cylinder and having a first piston end and a second piston end opposite to the first end along the axis; a suction valve that is disposed at the first piston end of the piston ; a plate that is disposed at the second piston end of the piston ; a rod that extends along the axis and has a first rod end and a second rod end opposite to the first rod end along the axis, the first rod end being disposed at the first piston end of the piston and the second rod end being disposed at the plate ; a fixing member disposed around the plate ; and an elastic member comprising (i) an inner portion that is connected to the plate , (ii) an outer portion that is disposed around the inner portion and connected to the fixing member , and (iii) a connection portion that connects the inner portion to the outer portion , wherein the plate defines a flow hole configured to receive the refrigerant, and characterized in that the plate comprises an extension portion that extends from a circumference of the plate along the axis and connects to the inner portion of the elastic member . a cylinder that defines a compression space for compressing a refrigerant; a piston configured to reciprocate in the cylinder along an axis of the cylinder and having a first piston end and a second piston end opposite to the first end along the axis; a suction valve that is disposed at the first piston end of the piston ; a plate that is disposed at the second piston end of the piston ; a rod that extends along the axis and has a first rod end and a second rod end opposite to the first rod end along the axis, the first rod end being disposed at the first piston end of the piston and the second rod end being disposed at the plate ; a fixing member disposed around the plate ; and an elastic member comprising (i) an inner portion that is connected to the plate , (ii) an outer portion that is disposed around the inner portion and connected to the fixing member , and (iii) a connection portion that connects the inner portion to the outer portion , wherein the plate defines a flow hole configured to receive the refrigerant, and characterized in that the plate comprises an extension portion that extends from a circumference of the plate along the axis and connects to the inner portion of the elastic member .
A base for a Nordic ski boot 1.1 comprising a sole and an outsole element comprising a rigid bar , the rigid bar being adapted for attachment to a Nordic ski binding, 1.2 the outsole element being detachably connected to a structural portion of the sole by at least one fastener that locates in a hole defined by the sole in a predetermined position relative to a longitudinal axis (L) of the sole , 1.3 a toe outsole element which is located in the toe portion of the sole , 1.4 wherein the at least one fastener passes through through-holes in the outsole and toe outsole elements, and wherein 1.5 the hole defined by the sole is a through-hole, and characterised in that 1.6 the sole is made from a fiber-reinforced composite structure, and in that 1.7 a pair of projections is integrally formed with one of the toe outsole element and the outsole element and locate in holes or cavities in the other of the toe outsole element and the outsole element to align the outsole element and the toe outsole element together. 1.1 comprising a sole and an outsole element comprising a rigid bar , the rigid bar being adapted for attachment to a Nordic ski binding, 1.2 the outsole element being detachably connected to a structural portion of the sole by at least one fastener that locates in a hole defined by the sole in a predetermined position relative to a longitudinal axis (L) of the sole , 1.3 a toe outsole element which is located in the toe portion of the sole , 1.4 wherein the at least one fastener passes through through-holes in the outsole and toe outsole elements, and wherein 1.5 the hole defined by the sole is a through-hole, and characterised in that 1.6 the sole is made from a fiber-reinforced composite structure, and in that 1.7 a pair of projections is integrally formed with one of the toe outsole element and the outsole element and locate in holes or cavities in the other of the toe outsole element and the outsole element to align the outsole element and the toe outsole element together.
An injection device for injecting a substance into a body, comprising: a barrel adapted to receive the substance and provided with a stopper in sliding engagement inside the barrel and with an injection needle ; a plunger rod configured to push the stopper and moveable in order to inject the substance when a pushing force is applied to the plunger rod , a locking clip fixed relative to the barrel and provided with at least two jaws adapted for engaging the plunger rod in a primary position of the plunger rod , so as to prevent an injection movement of the plunger rod with regard to the barrel , and a needle shield comprising a triggering portion , said needle shield being configured in sliding engagement with respect to the injection needle , so as to define an initial position in which the needle shield covers the injection needle and a retracted position in which the needle shield does not cover at least a portion of the injection needle ; wherein the triggering portion is configured to engage and open the locking clip when the needle shield moves from the initial position to the retracted position, so as to disengage the locking clip from the plunger rod and to allow the injection movement of the plunger rod . a barrel adapted to receive the substance and provided with a stopper in sliding engagement inside the barrel and with an injection needle ; a plunger rod configured to push the stopper and moveable in order to inject the substance when a pushing force is applied to the plunger rod , a locking clip fixed relative to the barrel and provided with at least two jaws adapted for engaging the plunger rod in a primary position of the plunger rod , so as to prevent an injection movement of the plunger rod with regard to the barrel , and a needle shield comprising a triggering portion , said needle shield being configured in sliding engagement with respect to the injection needle , so as to define an initial position in which the needle shield covers the injection needle and a retracted position in which the needle shield does not cover at least a portion of the injection needle ; wherein the triggering portion is configured to engage and open the locking clip when the needle shield moves from the initial position to the retracted position, so as to disengage the locking clip from the plunger rod and to allow the injection movement of the plunger rod .
A power supply unit for supplying power to a load mounted on a vehicle, comprising: a drive power supply for supplying electric power to a drive motor and electrical components as the load; an electrical component power supply for supplying power to the electrical components ; a step-down converter provided between the drive power supply and the electrical components ; a distribution unit for distributing power of the drive power supply and the electrical component power supply to a plurality of electrical components ; and characterized by an accommodating unit for accommodating the drive power supply , wherein the electrical component power supply , the step-down converter , and the distribution unit are accommodated in the accommodating unit ; a cooling unit for cooling the drive power supply and the electric component power supply; and a heat transfer unit for transferring heat by a heat transfer fluid between the drive power supply , the electric component power supply , the step-down converter , and the distribution unit , wherein the heat transfer fluid is forcibly circulated by a fluid feeding unit. a drive power supply for supplying electric power to a drive motor and electrical components as the load; an electrical component power supply for supplying power to the electrical components ; a step-down converter provided between the drive power supply and the electrical components ; a distribution unit for distributing power of the drive power supply and the electrical component power supply to a plurality of electrical components ; and characterized by an accommodating unit for accommodating the drive power supply , wherein the electrical component power supply , the step-down converter , and the distribution unit are accommodated in the accommodating unit ; a cooling unit for cooling the drive power supply and the electric component power supply; and a heat transfer unit for transferring heat by a heat transfer fluid between the drive power supply , the electric component power supply , the step-down converter , and the distribution unit , wherein the heat transfer fluid is forcibly circulated by a fluid feeding unit.